Pivoting Net-Zero Transition with Data Intelligence
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Pivoting Net-Zero Transition with Data Intelligence Scrutinizing Energy Strategy and Governance at Today’s Net-Zero Transition by Using Data Intelligence Scrutiny at Three Levels: A. Operational integrity strengthened by real-time, forward-looking supply forecast is an imperative to today's electricity system, considering a broader range of sources in the energy mix (e.g., Thailand with a stronger reliance on solar photovoltaics and onshore wind¹), therefore an increasing challenge in meeting an expectation from the quality-of-service point of view, considering security and operational resiliency (premises of the supply-demand balance) particularly at a reasonable level of the economic value return (e.g., marginal costs given the operational energy mix versus marginal prices in the market); B. Strategic planning underpinned by data-driven supply-demand decisions, especially from perspective of the ongoing net-zero transition, where rational choices of the structural shift (e.g., from coal and gas to renewable sources on the supply side, coupling with efficiency improvement on the demand side) potentially play a substantive role in maintaining the energy equilibrium on a whole-of-system level (e.g., considering strategic parameters such as reserve margin but also stronger conducive roles of smart grid infrastructure driven by intermittency-hedged innovation²), thereby strengthening fundamentals of the energy economics as the transition advances in the society and the economy; C. Governance in transition substantiated by grid-level data intelligence of the energy equilibrium, notably with insights from demand-supply characteristics in each specific growth sector (e.g., across emerging growth urban areas but also transportation, logistics and industrial clusters), considering in particular ecosystem-level complementarities and interdependencies, but also broader implications in long-run sustainability and resilience terms³—in greater shared narrative of the global and regional development while leaving no one behind.
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development trends and characteristics of future
distribution system, and points out that the
integration of load-supply will be the most important
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strengths fuller, power system operation more
flexible, electricity balance more timely. The feature
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Data Science for Building Energy Management a reviewMigue.docx
Data Science for Building Energy Management: a review
Miguel Molina-Solanaa,b, Maŕıa Rosa,∗, M. Dolores Ruiza, Juan Gómez-Romeroa, M.J. Martin-Bautistaa
aDepartment of Computer Science and Artificial Intelligence, Universidad de Granada
bData Science Institute, Imperial College London
Abstract
The energy consumption of residential and commercial buildings has risen steadily in recent years, an
increase largely due to their HVAC systems. Expected energy loads, transportation, and storage as well
as user behavior influence the quantity and quality of the energy consumed daily in buildings. However,
technology is now available that can accurately monitor, collect, and store the huge amount of data involved
in this process. Furthermore, this technology is capable of analyzing and exploiting such data in meaningful
ways. Not surprisingly, the use of data science techniques to increase energy efficiency is currently attracting
a great deal of attention and interest. This paper reviews how Data Science has been applied to address the
most difficult problems faced by practitioners in the field of Energy Management, especially in the building
sector. The work also discusses the challenges and opportunities that will arise with the advent of fully
connected devices and new computational technologies.
1. Introduction
There is a general consensus in the world today that human activities are having a negative impact
on the environment and have accelerated both global warming and climate change. These environmental
threats have been intensified by the emissions produced by the energy required for the lighting and HVAC
(heating, ventilation and air-conditioning) systems in building constructions. According to the International
Energy Agency (IEA), residential and commercial buildings are responsible for up to 32% of the total final
energy consumption. In fact, in most IEA countries, they account for approximately 40% of the primary
energy consumption. Similar statistics are given by the World Business Council for Sustainable Development
(WBCSD) within the framework of its Energy Efficiency in Buildings (EEB) project1. Also provided is a
comprehensive review [1] of the state of the art in building energy use (with a primary focus on energy
demand).
These data indicate that inefficient energy management in aging buildings combined with rising construc-
tion activity in developed countries will cause energy consumption to soar in the near future and heighten the
negative impacts associated with this consumption. Moreover, variable energy costs call for the implemen-
tation of more intelligent strategies to adapt and reduce energy consumption as well as to find alternative
and sustainable energy sources. The relevance of these issues is clearly reflected in the research priorities of
the European Union, as stated in its Horizon2020 Societal Challenge “Secure, Clean and Efficient Energy”.
This work program targets a significant reduction in energy consu.
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This paper presents a new control strategy for optimal energy consumption in microgrids based on forecasting and load shedding method. In islanded mode, only local generation resources are usable. In this mode, the availability of resources is very influenced by meteorological factors. In order to achieve a high availability of energy, microgrid has to satisfy high requirements on intelligent power management. The main objective of this study is to develop a control based on the forecast of production and the priority of loads to ensure high availability of electrical power for critical loads. A mathematical model for the proposed strategy is developed. The simulation of this model on Matlab Simulink for different cases of microgrid topology (sources and loads) shows clearly a high improvement of degree of availability of electrical power supply distribution in microgrid.Global Power Grid Interconnection for Sustainable Growth: Concept, Project an...
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Environment friendly and low carbon RE has a great development and research potential for GEI. Acceleration in development of clean energy is required in future to improve the proportion in world's energy generation. Low-cost conversion and plug in play type high-efficiency generation are required to develop in energy bases, especially on North Pole and Equator regions. Clean energy topic is generally divided into generation bases, grid integration and large-scale energy storage system. Hydropower is the key source of clean energy against power grid fluctuations due to intermittent sources. It has capabilities such as fast response on dispatch command, easy to start/shutdown, large capacity and high efficiency as well as flexible on load adjustment. However, large hydro sources can be improved further for eco-friendly point of
view.
Grid Management Renewable Energy Balancing Power Generation
Renewable energy sources are intermittent in nature hence; it is therefore a challenging task to integrate renewable energy resources into the power grid.
Pivot of Smart Infrastructure Investment
Pivot of Smart Infrastructure Investment: Sustainability and Climate Transition and Sense-Making Roles of Smart Infrastructure Investment at Crisis Transition
A. Pivot crisis governance on the leadership highground of sustainability transition:
• Leadership of net-zero transition by 2050 as witnessed in Japan’s strategy on the premise of broad-based sustainable governance, addressable across each specific sector from energy and industry to transport and urban, all with implications to integrated market and policy reform in mid- to long-term views (see Japan’s Nationally Determined Contribution as published at UNFCCC);
• Decarbonization pathways that make sense of such ambition are however also required to encapsulate structural change dynamics on a sectoral level (bottom-up), that all comes together from the whole-of-economy perspective conducive to governance decision-making complex (top-down) in the same narrative (see scenario analysis of the energy mix towards 2050 in Exhibit);
B. Resonate choices of reform strategy with smart investment in global infrastructure:
• Smart Infrastructure investment shall therefore make a profound difference remarkably in advancing productive economic activities (absorptive capacity and allocative efficiency) in broader sustainability ambition, addressable to all in decision-making complex at today’s crisis transition (see G-7’s Partnership for Global Infrastructure and Investment as announced by President Biden);
• Resilient equilibrium is also essential in greater contexts of the global crisis transition, notably in long-term transformation of the energy mix, undoubtedly also with laser-sharp focus on improving supply-side elasticity achievable on the highground of smart green transition (see IMF’s analysis at root cause of inflationary price pressure exacerbated by energy import, therefore rationale for investment in sustainable energy supply notably at global climate cause);
C. Lead sustainable and resilient recovery with principle-based ecosystem decision:
• Sustainability transition is after all indispensable to a meaningful whole-of-society impact, considering pivot of mutually-reinforcing ecosystemic growth with greater and more opportunities that make a compelling sense of broad-based infrastructure investment on the premise of constructive development ambition shared by all in the international community (refer to G-20’s Quality Infrastructure Principles (QII) with unique precedent of Japan’s leadership).
Resolving Supply-Side Crisis
Resolving Supply-Side Crisis: Pivoting Whole-of-Government Reform at Today’s Crisis with Shared Priorities on the Premise of Supply-Side Economics
A. Command forward-looking leadership in response to challenge at crisis situation:
• Perfect storm at the unprecedented crisis as characterized by the United Nations Global Assembly is no less than a fact-based reflection of the global emergency situation, exacerbated by drastic constraints to foods and several other necessary supplies, underlined by socio-economic consequences as a result of weakening fundamentals of supply-side economics across the globe (see Resolution GA/12421 of the United Nations General Assembly in 2022);
• Rapidly deteriorating crisis dynamics substantially affects public sentiment with broader implications to shared confidence in the global economy, indeed as witnessed by responses of the United States Federal Reserve System and the European Central Bank with forward-looking expectation to establish price equilibrium within the corresponding jurisdiction at today’s critical transition;
B. Win gravity of shared governance priorities at causes of the exacerbating crisis:
• Diagnostic view of the situation at hand however unveils a complex web of interdependent causes and causalities, primarily from the aggravating supply-side economics, such as delay and disruption in the logistic systems therefore deterioration across value chains (implications of cascading costs and delays) but also with vast consequences to industrial and manufacturing process that relies on predictable deliveries of parts and integrated components in the web of global trade and development systems (see the analysis of the global trade system, also with focus on Original Equipment Manufacturers in references);
• Root cause analysis on a macro level further identifies inflation drivers (i.e., primarily food and energy, see more at IMF⁴) that in turn lays the fundamental for strategy and governance decision-making complex, considering choices of priority-setting criteria required to prevent spillovers to other related sectors in the economy (e.g. transport-dependent sectors generally vulnerable to diesel price inflation), especially in forward-looking improvement of supply-side price elasticities in overall (e.g. via innovation or multi-sourcing strategy in Exhibit);
C. Lead the crisis transition with collective conscience of stronger sustainable impact:
• Forward-looking sustainability outlook after all plays a sense-making role over the long run, especially guided by sustainability and climate ambition in fulfillment of SDG and INDC commitment in transitioning the crisis situation to a sustainable/resilient future as an integral part of the long-term development framework that appeals to and makes sense of constructive leadership power of the good governance to an achievement of the whole-of-nation narrative.
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To improve the power supply availability in an island microgrid, this paper proposes a new approach that integrates distributed energy sources economically, reliably and efficiently. In an island mode, a microgrid must ensure its self-sufficiency of energy production since it cannot make an energetic exchange with a main grid. However, in this mode, the random behavior of the resources affected by meteorological factors presents a major constraint. The challenge related to the power availability in microgrids is to find a solution that faces the operation of intermittent power sources. The microgrid should guarantee a useful power management in order to achieve a high availability of energy. In this paper, we present a mathematical model to describe the influence of the meteorological factors on the sources production. We propose a multi-agent control strategy based on the production forecasting and load shedding for a high availability of the microgrid power supply. The proposed multi-agent system uses the master-slave model in which the communication and negotiation between the defined agents are performed by a concept of tokens. The developed control system is implemented on Spartan 6 FPGA-Board. The paper's contribution is applied to a Tunisian petroleum platform where several blackouts are recorded between 2012 and 2014. Simulation and experimental results show clearly a high availability as a performance of the proposed control strategy.Architecting Dynamics of Net-Zero Roadmap
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Transformation of Net-Zero Governance Strategy and Structural Change Dynamics of the Energy Value Chains
Governance Dynamics at Two Levels:
• Level 1: Mapping Causal Baseline of GHG Emissions: Governance of net-zero strategy requires exhaustive mapping of GHG emissions sources to the corresponding dynamics of socio-economic growth, all in greater narrative of structural reform in each sector and industry. Electricity and transportation are leading causes of GHG emissions from example of the U.S., but substantive net-zero impact only comes together on a broad-based mitigation approach, addressable across the entire emissions chains (inspecting the chart from left to right as depicted), all on the premise of whole-of-nation integrated strategy.
• Level 2: Shifting Mix of Demand-Supply Dynamics: What's critical in this greater context is however also an energy transition roadmap that translates chain of GHG emissions from the first level to substantive reform strategy that directly influences choices of primary and secondary energy sources (supply mix on the left), but also consequential impact to market and policy dynamics in each specific sector (sectoral demand on the right). In this sense, structural shift of the energy equilibrium must be the focus, considering short- and long-run change dynamics that engage rational choice in the economy and society, especially that makes sense of growth and security but also sustainability and resilience — all in the same narrative of change (see example of U.S. energy landscape considering particularly conducive roles of gas and electrification).
Interfacing and Interconnection of Microgrid Systems A Review
This paper put forwards a comprehensive review on planning of grid integrated distributed generators. An overview of different DG technologies has been presented. Different issues associated with DG integration have been discussed. The planning objectives of DG integration have been surveyed in detail and have been critically reviewed with respect to conventional and RES based DG technologies. Different techniques used for optimal placement of DGs have also been investigated and compared. The extensive literature survey revealed that researchers have mostly focused on DG integration planning using conventional DGs. RES based DGs have not been given due consideration. While integrating RES, their stochastic behaviour has not been appropriately accounted. Finally, visualizing the wide scope of research in the planning of grid integrated DGs an attempt has been made to identify future research avenues. Majid Hussain "Interfacing and Interconnection of Microgrid Systems: A Review" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-4 , June 2020, URL: https://www.ijtsrd.com/papers/ijtsrd31149.pdf Paper Url :https://www.ijtsrd.com/engineering/electrical-engineering/31149/interfacing-and-interconnection-of-microgrid-systems-a-review/majid-hussain
Electricity Supply Systems of the Future
In this webinar, the editors of the Green Book on the “Electricity Supply Systems of the Future” will describe their long journey to summarize the collective knowledge acquired in CIGRE Study Committees. This journey can never be over, as visions become realities or become obsolete and new challenges and developments unavoidably appear. Nevertheless, the Green Book provides CIGRE’s unique and unbiased technical views for the current and future state of electricity supply systems. It also shows the value of global collaborative work of numerous experts from industry and academia mobilized within the CIGRE community. CIGRE is the foremost authority for end-to-end power system expertise.
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and supply to replace the traditional method of
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obtained from optimization analysis supply the basis
for scheme comparison and selection. Planning key
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A comparative assessment of energy management system and strategies in kanpur
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Data Science for Building Energy Management a reviewMigue.docx
Data Science for Building Energy Management: a review
Miguel Molina-Solanaa,b, Maŕıa Rosa,∗, M. Dolores Ruiza, Juan Gómez-Romeroa, M.J. Martin-Bautistaa
aDepartment of Computer Science and Artificial Intelligence, Universidad de Granada
bData Science Institute, Imperial College London
Abstract
The energy consumption of residential and commercial buildings has risen steadily in recent years, an
increase largely due to their HVAC systems. Expected energy loads, transportation, and storage as well
as user behavior influence the quantity and quality of the energy consumed daily in buildings. However,
technology is now available that can accurately monitor, collect, and store the huge amount of data involved
in this process. Furthermore, this technology is capable of analyzing and exploiting such data in meaningful
ways. Not surprisingly, the use of data science techniques to increase energy efficiency is currently attracting
a great deal of attention and interest. This paper reviews how Data Science has been applied to address the
most difficult problems faced by practitioners in the field of Energy Management, especially in the building
sector. The work also discusses the challenges and opportunities that will arise with the advent of fully
connected devices and new computational technologies.
1. Introduction
There is a general consensus in the world today that human activities are having a negative impact
on the environment and have accelerated both global warming and climate change. These environmental
threats have been intensified by the emissions produced by the energy required for the lighting and HVAC
(heating, ventilation and air-conditioning) systems in building constructions. According to the International
Energy Agency (IEA), residential and commercial buildings are responsible for up to 32% of the total final
energy consumption. In fact, in most IEA countries, they account for approximately 40% of the primary
energy consumption. Similar statistics are given by the World Business Council for Sustainable Development
(WBCSD) within the framework of its Energy Efficiency in Buildings (EEB) project1. Also provided is a
comprehensive review [1] of the state of the art in building energy use (with a primary focus on energy
demand).
These data indicate that inefficient energy management in aging buildings combined with rising construc-
tion activity in developed countries will cause energy consumption to soar in the near future and heighten the
negative impacts associated with this consumption. Moreover, variable energy costs call for the implemen-
tation of more intelligent strategies to adapt and reduce energy consumption as well as to find alternative
and sustainable energy sources. The relevance of these issues is clearly reflected in the research priorities of
the European Union, as stated in its Horizon2020 Societal Challenge “Secure, Clean and Efficient Energy”.
This work program targets a significant reduction in energy consu.
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A Study on Intelligent Management of Electrical Systems in Industries
It has been a rapid rise in the automation of public electricity distribution in the last several years. We can utilise the same framework to construct new intelligent applications for industrial power distribution networks. Today, there is a demand for new applications in the industrial sector and in response to various environmental changes. Using the information in this blog, we can have a better understanding of how industrial electric systems are managed and how new applications and methods for managing distribution and monitoring industrial networks can be implemented. The topic of energy management has grown in relevance and complexity in recent years. It entails selecting from among a variety of energy sources those that can provide power to a variety of loads while reducing losses and expense. The systems response, the selection of sources, must be done in real time to minimise power outages due to the heterogeneous, distributed nature of the sources and loads. Micro grid is a grouping of interconnected power sources and loads that can self regulate in order to maximise a variety of factors, including but not limited to cost and efficiency. Shibu Ganesh | Harish Kumar V C "A Study on Intelligent Management of Electrical Systems in Industries" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-6 | Issue-4 , June 2022, URL: https://www.ijtsrd.com/papers/ijtsrd50169.pdf Paper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/50169/a-study-on-intelligent-management-of-electrical-systems-in-industries/shibu-ganesh
Energy Storage Opportunities and Research Needs
Energy storage has been in use in our society and daily life for decades. Although energy storage has not grown to be a significant part of the electric energy system, recent advancement of energy storage technologies and growing needs for energy storage in both power and transportation sectors make it possible and imperative to accelerate energy storage development, deployment, and adoption. Power systems have to balance electricity generation and consumption in real-time, gasoline and diesel fuel are still the primary sources of energy for transportation, and we generally do not have good ways to conveniently and cost-effectively store a large amount of electrical energy and use it in an on-demand manner. While we need to continue decarbonizing electric power generation through increases in renewable generation, we also need to address transportation as the main source of carbon emissions. Energy storage is an important solution to address both electrification of transportation and other industries and the variability in renewable energy such as wind and solar generation.
Bulk of the existing grid energy storage capacity is provided by pumped hydro energy storage plants that were built to support large baseload power plants such as nuclear generating stations. Battery energy systems are beginning to be deployed at a rapid pace. The requirements of energy storage in the electric grid are still evolving and may differ from those of electrical transportation. Needs for research and development to enhance energy storage performance and knowledge is summarized in the following areas:
1) Energy storage engineering and integration: Effective system integration is a challenging problem for energy storage due to the great diversity of potential applications ranging from behind-the-meter storage to large grid-connected energy storage plants. Each of these applications has its own set of constraints and performance requirements. Over the next decade, the diversity of energy storage installations will expand in the range of applications, in size and scale, and in system complexity. Effective integration is also important to achieve desired cost reduction needed to support large scale deployment. Research gaps in this area include: energy storage installations with higher power capacities and higher working voltages; streamlining engineering to hybridize and co-optimize energy storage with the rest of the system; more effective controls, sensors, and energy management systems; designing modular power converter architecture to minimize system complexity, improve reliability, and reduce integration costs; and industry standards for secure communication and interoperability.
New forecasting-based solutions for optimal energy consumption in microgrids ...
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This paper presents a new control strategy for optimal energy consumption in microgrids based on forecasting and load shedding method. In islanded mode, only local generation resources are usable. In this mode, the availability of resources is very influenced by meteorological factors. In order to achieve a high availability of energy, microgrid has to satisfy high requirements on intelligent power management. The main objective of this study is to develop a control based on the forecast of production and the priority of loads to ensure high availability of electrical power for critical loads. A mathematical model for the proposed strategy is developed. The simulation of this model on Matlab Simulink for different cases of microgrid topology (sources and loads) shows clearly a high improvement of degree of availability of electrical power supply distribution in microgrid.Global Power Grid Interconnection for Sustainable Growth: Concept, Project an...
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Environment friendly and low carbon RE has a great development and research potential for GEI. Acceleration in development of clean energy is required in future to improve the proportion in world's energy generation. Low-cost conversion and plug in play type high-efficiency generation are required to develop in energy bases, especially on North Pole and Equator regions. Clean energy topic is generally divided into generation bases, grid integration and large-scale energy storage system. Hydropower is the key source of clean energy against power grid fluctuations due to intermittent sources. It has capabilities such as fast response on dispatch command, easy to start/shutdown, large capacity and high efficiency as well as flexible on load adjustment. However, large hydro sources can be improved further for eco-friendly point of
view.
Grid Management Renewable Energy Balancing Power Generation
Renewable energy sources are intermittent in nature hence; it is therefore a challenging task to integrate renewable energy resources into the power grid.
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Pivot of Smart Infrastructure Investment
Pivot of Smart Infrastructure Investment: Sustainability and Climate Transition and Sense-Making Roles of Smart Infrastructure Investment at Crisis Transition
A. Pivot crisis governance on the leadership highground of sustainability transition:
• Leadership of net-zero transition by 2050 as witnessed in Japan’s strategy on the premise of broad-based sustainable governance, addressable across each specific sector from energy and industry to transport and urban, all with implications to integrated market and policy reform in mid- to long-term views (see Japan’s Nationally Determined Contribution as published at UNFCCC);
• Decarbonization pathways that make sense of such ambition are however also required to encapsulate structural change dynamics on a sectoral level (bottom-up), that all comes together from the whole-of-economy perspective conducive to governance decision-making complex (top-down) in the same narrative (see scenario analysis of the energy mix towards 2050 in Exhibit);
B. Resonate choices of reform strategy with smart investment in global infrastructure:
• Smart Infrastructure investment shall therefore make a profound difference remarkably in advancing productive economic activities (absorptive capacity and allocative efficiency) in broader sustainability ambition, addressable to all in decision-making complex at today’s crisis transition (see G-7’s Partnership for Global Infrastructure and Investment as announced by President Biden);
• Resilient equilibrium is also essential in greater contexts of the global crisis transition, notably in long-term transformation of the energy mix, undoubtedly also with laser-sharp focus on improving supply-side elasticity achievable on the highground of smart green transition (see IMF’s analysis at root cause of inflationary price pressure exacerbated by energy import, therefore rationale for investment in sustainable energy supply notably at global climate cause);
C. Lead sustainable and resilient recovery with principle-based ecosystem decision:
• Sustainability transition is after all indispensable to a meaningful whole-of-society impact, considering pivot of mutually-reinforcing ecosystemic growth with greater and more opportunities that make a compelling sense of broad-based infrastructure investment on the premise of constructive development ambition shared by all in the international community (refer to G-20’s Quality Infrastructure Principles (QII) with unique precedent of Japan’s leadership).
Resolving Supply-Side Crisis
Resolving Supply-Side Crisis: Pivoting Whole-of-Government Reform at Today’s Crisis with Shared Priorities on the Premise of Supply-Side Economics
A. Command forward-looking leadership in response to challenge at crisis situation:
• Perfect storm at the unprecedented crisis as characterized by the United Nations Global Assembly is no less than a fact-based reflection of the global emergency situation, exacerbated by drastic constraints to foods and several other necessary supplies, underlined by socio-economic consequences as a result of weakening fundamentals of supply-side economics across the globe (see Resolution GA/12421 of the United Nations General Assembly in 2022);
• Rapidly deteriorating crisis dynamics substantially affects public sentiment with broader implications to shared confidence in the global economy, indeed as witnessed by responses of the United States Federal Reserve System and the European Central Bank with forward-looking expectation to establish price equilibrium within the corresponding jurisdiction at today’s critical transition;
B. Win gravity of shared governance priorities at causes of the exacerbating crisis:
• Diagnostic view of the situation at hand however unveils a complex web of interdependent causes and causalities, primarily from the aggravating supply-side economics, such as delay and disruption in the logistic systems therefore deterioration across value chains (implications of cascading costs and delays) but also with vast consequences to industrial and manufacturing process that relies on predictable deliveries of parts and integrated components in the web of global trade and development systems (see the analysis of the global trade system, also with focus on Original Equipment Manufacturers in references);
• Root cause analysis on a macro level further identifies inflation drivers (i.e., primarily food and energy, see more at IMF⁴) that in turn lays the fundamental for strategy and governance decision-making complex, considering choices of priority-setting criteria required to prevent spillovers to other related sectors in the economy (e.g. transport-dependent sectors generally vulnerable to diesel price inflation), especially in forward-looking improvement of supply-side price elasticities in overall (e.g. via innovation or multi-sourcing strategy in Exhibit);
C. Lead the crisis transition with collective conscience of stronger sustainable impact:
• Forward-looking sustainability outlook after all plays a sense-making role over the long run, especially guided by sustainability and climate ambition in fulfillment of SDG and INDC commitment in transitioning the crisis situation to a sustainable/resilient future as an integral part of the long-term development framework that appeals to and makes sense of constructive leadership power of the good governance to an achievement of the whole-of-nation narrative.
Transcending SDG with Planetary Science
Transforming SDG with Planetary Science: Transcending Global Sustainable Development Ambition with Science of Planetary Boundaries
A. Transform global governance highgrounds with practical sustainability challenges:
• Pivot of the United Nations Sustainable Development Goals (SDG) and the Paris Agreement from 2015 marked a key critical turn to the course of today's multilateral diplomacy, essentially on a forward-looking highground of shared development ambition substantive to the collective decision-making ambition from all 193 representative member states at the UN General Assembly;
• Practical development challenge on the ground, however, varies greatly, particularly with immense structural deficit exacerbated by limited economic-social capacity and institution across nations in the Global South, where lacks of required development resource and reform prioritization/sequencing further handicap forward-looking development notably at today’s crisis transition (see precedent of exacerbating food crisis in 2022 as reflected at the Assembly);
B. Resonate science in advocacy of diplomacy with reciprocal development priorities:
• Application of planetary science is nevertheless well-positioned to inform development priorities, considering in particular an evidence-based approach respective to biophysical and geological landscape in each global nation, and thereby substantiating a mutually inclusive sustainable development baseline, provided broad-based governance premises across environmental and socio-economic realms, as demonstrated by leadership precedent of Sweden (see relevant discussion and Exhibit in references to nine planetary boundaries);
• Joint sustainable development pathways substantive to global governance collaboration are also encouraging in this new approach notably in integration across dimensions capacity and institutional development but also mid to long-term fiscal/budgetary and financial plan, all conducive to the structural reform, for instance from clean water resource stewardship and sustainable land use to climate-smart agricultural and infrastructure development, driven by global and regional sustainability ambition grounded on merits of scientific premise;
C. Transcend multilateral principle with the universality of rights to development:
• Governance decision with the whole-of-ecosystem integrity is therefore a prerequisite to the global sustainable and climate diplomacy, substantiated by moral principle of justice and fairness that universally acknowledges the rights to development for all, and thereby bringing together leadership recognition of participative action from all nations to the transition toward 2030 and beyond.
Climate Finance at Crisis
Climate Finance at Crisis
Harnessing Decision-Making Power of Climate and Sustainability Finance at Today's Global Crisis Transition
A. Lead structural decision at crisis by harnessing ecosystem view of climate finance:
• Climate finance at crisis situation must find a strategic commonground that resonates sustainable investment and portfolio decision, while simultaneously substantiating fiscal policy and merit-based financial asset allocation, notably in advancing structural capacity across crisis-prone sectors (see discussion in the context of EU’s energy transition with implications to the crisis transition);
• Cross-level structural impact is the priority in forward-looking outlook of an orchestrated socio-economic transition, notably substantive to stronger crisis governance capabilities (such as to the benefit of infrastructure development with focuses on upstream capacity and conducive enabling environment), but also achieving climate and sustainability ambition especially with the power of financial and economic incentive and the leverage of merit-based decision;
B. Focus on risk-based strategy while balancing tradeoff using scenario hypotheses:
• Risk and vulnerability analysis further reinforces operational and strategic capabilities of the crisis governance authority, considering tradeoffs between economic-social criteria on the one hand and security/climate vulnerability on the other, particularly with the differentiation of intrinsic versus systemic risks (i.e., inherent risk in each specific portfolio versus that in broader assessment on a cross-sectoral level), which altogether structures a governance decision-making baseline toward sustainability and resilience in the dialog of allocative efficiency (see analysis regarding macro-stability by ECB);
• Forward-looking scenario hypotheses undoubtedly lies at heart, especially in overcoming multidimensional complexity at crisis but simultaneously also in driving forward meaningful whole-of-governance strategic courses required to address the challenge at hand, markedly with the implications of physical and transitional risks at different scope (see International Sustainability Standards Board) but also bilateral/multilateral global financial partnership (see OECD’s scenario analysis with hypotheses in the dynamics of global climate finance);
C. Transform forward-looking progress with measurable impact on the ground:
• Leadership commitment at climate causes after all matters to the ongoing structural transition in an unprecedented situation across the globe. But such imperative must make a difference particularly at a community level, for every seed of climate-smart investment only wins shared purpose across the world, once cohering constructive action on the ground, especially at the grassroots.
Intuition of Planetary Boundaries
Intuition of Planetary Boundaries
Tipping Points and Global Governance Implications to the Sustainable Ecosystems at Today's Critical Junction
• Commanding intuition of planetary boundaries grounds itself on the premise of ecosystem regime that regulates and adapts the equilibrium dynamics toward stability and resilience on a whole-of-system level, especially against external perturbation (see implications of ecosystem resilience from self-regulating services);
• Adaptive feedback mechanism indeed lies at heart at the fundamentals of the natural governance system, notably by harnessing checks and balances with complementary and competing forces inherent to the governance dynamics, thereby effectively establishing sustainability and resilience substantive to the ecosystem functions;
• Regime shift is nevertheless possible, particularly once external perturbation persists and exacerbates that in turn causes potential disruption, and thereby jeopardizing structural balance of the ecosystem services with irreversible consequences to its entirety;
• Tipping point as characterized above is indeed inherent to the nature of just about any dynamic systems, regardless of human capabilities to recognize such existence, considering in particular the complexity of the required structural decision conducive to maintaining the highgrounds of the desirable equilibrium provided the challenge at hand (see discussion of the Aral Sea in the aftermath of the water ecosystem collapse, also as shown in the Exhibit);
• Science of planetary boundaries and human capabilities in response to such premises is therefore key and pivotal to collective action addressable to all nine planetary boundaries that potentially expose the state of the earth system to the irreconciliable and irreversible end, particularly in shared forward-looking ambition of the international community toward the global sustainable achievement.
Pivot of ECB's Monetary Stance
Pivot of ECB's Monetary Stance
ECB's Interest Rate Decision and Implications in the Dynamics of Change in Europe and the Global Economy
• Adjust the Equilibrium Against Inflation: Europe has been under immense price pressure latest since Q2 2022 (global supply shock and war) but the hard part is always about how to best anchor market expectation with a sense of proportionality and rationality. With this in mind, press conference from June 10, 2022 has achieved a great deal, indeed with a good grasp of hard realities and yet with oozed confidence in forward-looking view of the entire second half in CY 2022;
• Prepare for the Structural Transition Ahead: Europe's decision to pivot from energy import from Russia is certainly a watershed moment of the generation, and the transition will undoubtedly require a stronger structural decision baseline that touches upon causes and causalities, ranging from consumption and investment, to socio-economics and mid- and long-term security (i.e., energy and climate transition, see also the Exhibit). Such caveat indeed implies commensurate governance decision, essentially in both macrofiscal and macrofinancial terms conducive to establishment of the equilibrium to a higher sustainability ground going forward.
• Resonate with Global Economic Sentiment: Macroeconomic decision is also a reflection of the complexity in today's globalized world, from trade and finance to sustainability and competitiveness. Rate differential is clearly what's on the line in commanding the gravity of capital flows at the end of today's loose monetary policy era. But the ongoing shift of sustainability governance will also require perspective on a higher order and at a longer time horizon, notably in the sense of how prudent macroeconomic choice (i.e., implications of policy credibility) may help stipulate a conducive decision-making environment substantive to mutually reinforcing sustainability and resilience in the global economy at the transition.
Highgrounds of Sustainable Competitiveness
Highgrounds of Sustainability Competitiveness
Three Mutually-Reinforcing Intuition at Today’s Crisis Transition:
A. Leading structural reform in substantiation of socio-economic absorptive capacity:
• Structural reform is the prerequisite to the governance decision in economic development, where private sector critically plays a key pivotal sense-making role in advancing absorptive capacity, essentially against inflationary pressure but notably also in substantiation of broad-based sustainable/resilient growth;
B. Establishing market-policy governance platform with focus on allocative efficiency:
• Financial sector development further plays a sense-making conducive role, essentially by provisioning growth capital to the markets, while also improving allocative efficiency in key strategic growth sectors (see implications of Digital India narrative) that altogether empower decision-making impact, particularly in establishing cross-sectoral governance platform at today’s crisis transition;
C. Orchestrate whole-of-society transition driven by strategic enabling environment:
• Enabling environment undoubtedly also makes a difference (see structural priorities at today's crisis transition in the Exhibit), as the government invests in key critical infrastructure, improves law, regulation and the institution, and advances human and social capital in achievement of stronger sustainability and resilience—all in one cohesive narrative shared by society and economy.
Intuition of Agile Learning and Achieving
Intuition of Agile Learning and Achieving
• Built-In Instability: Premise of challenging goal and ambition is fundamental to the agile learning and adaptive capacity, but creativity and innovation only come together once the team is granted a wide measure of freedom to come to terms with practical and oftentimes complex challenge in real-world setting;
• Self-Organizing Project Teams: Collective capability to cope with ambiguity from a broad range of situations further differentiates the agile philosophy and corresponding action, arguably with rational choices seeking to embrace risk with sense-making initiative, and as a result opening up new perspective with potentially disruptive hypotheses striving to command game-changing impact (with the implications of autonomy, self-transcendence and cross-fertilization);
• Overlapping Development Phases: Team's relentless focus on innovation implies that no two formulas are alike and, all the more, to the agile problem-solving differentiation, whereas continual cross-pollination of ideas becomes norms rather than exception, especially toward positive traction in real-world settings with shared leadership and responsibilities on behalf of stakeholders (see a compilation of agile innovation in promotion of idea cross-pollination);
• Multi-Learning: Achievement on the premises of stronger reciprocal resilient impact inherently requires the team to expose to the feedback learning loops, particularly in the dynamics of change on the ground with bold expectation to respond to inherent complexity and dynamicity, therefore winning the unique environment to differentiating and infusing smart intuition (learn the learning) that addresses underlying causes of the real-world challenges, with efficiency and effectiveness but also simplicity and resilience in the spectrum of change (see discussion of how to respond to today’s complex challenge by the IMF);
• Subtle Control: Dynamic balance unequivocally also lies at heart throughout the agile process, and yet only makes sense once contributable to a stronger adaptive and resilient impact, such as via push and pull force within the team from cooperation (e.g. forging commonground from complementarity between members) and constructive competition (e.g. joint leadership at a turnaround dilemma), but also incentive to go beyond choosing a means for any specific end (lead-user tests critical but only rarely conclusive, therefore ideal to forge team spirit) that shall help the team to come together with reciprocal ambition;
• Transfer of Learning: In real-world settings, teamwork can be only as good as tangible result in forward-looking anticipation to uplifting joint performance in the organization to a whole new level, upon which the agile process can be both the agent of change and the product of that process all at the same time. Such underlines responsibilities to transfer both the results and the learnings.
ESG and Corporate Strategy
ESG and Corporate Strategy
Corporate Transformation and ESG Governance Agenda on the
Premise of Long-Term Sustainable Value Transition
ESG Governance Narrative:
A. Leading strategic transformation in representation of broader global agenda:
• Pivot of ESG engagement emerges as a key global management agenda for corporate strategy transformation, considering in particular outstanding ESG-related risk-return dynamics on the premise of forward-looking portfolio decision driven by governance of sustainability market and policy choices;
• Reciprocal growth value proposition only comes together once focus narrative of the governance agenda embraces outstanding transitional risk as forward-looking opportunities, while offering smart and effective mitigation and adaptation strategy that makes sense of the complex global situation (see illustration of climate governance from perspective of adaptation and resilience from the World Bank Group), without discounting shared ambition on behalf of shareholders, stakeholders and partners all across the globe;
B. Balancing market push with value-creation pull in advancing ESG risk premiums:
• Value transition pathways differentiate choices of governance and strategy, notably in the dialogs of competitive benchmarking on a whole-of-ecosystem level, but also in purpose-driven governance system that seeks to overcome compounding global risk (climate-related risks across the global value chains as addressed by disclosure standards such as ISSB/TCFD), thereby winning sustainable and resilient competitive advantages over the long run such as by matching maturities of pension funds with those of green bonds in emerging markets (considering constant flows of coupon payment over a long period of time from assets denominated by solar photovoltaic or offshore wind farms);
C. Charting forward transition with shareholders and stakeholders across the globe:
• Highgrounds of the ESG governance nevertheless offer a much broader perspective of how business communities and financial markets collectively turn around, and charting forward a critical structural transition with long-run systemic impact that, as a consequence, brings together mutually-reinforcing sustainability environment on the shared premises of people and planet—all in one coherent narrative (see Equator Principles that advocate UN Guiding Principles and 2015 Paris Agreement in the same governance narrative);
• Structural corporate transformation after all requires governance decision-making process that balances business and economic but also financial and other key priorities in a broader framework of sustainable and resilient value governance, notably in integration to shareholder's and stakeholder's dialogs over a long-term transition pathway, whereupon ESG has a unique potential to lead the discussion with meaningful leadership compass that makes sense of the global complexity at today's crossroads—while leaving none behind.
IPEF's Strategic Highgrounds
IPEF's Strategic Highgrounds: New Dawn of an International Trade Era and Implications to U.S. Leadership Choices
A. Leading complex transition with key strategic partners in the global trade system:
• Tangible Benefits are the prerequisite, notably as the Indo-Pacific Economic Framework (IPEF) intends to lead with greater purpose at complex transition. Combination of trade, finance and development is therefore critical but actual pull forces will come together once resonating structural ecosystem impact, in order to fully benefit from this partnership framework, especially with strategic focus on reciprocal ecosystem value from backward integration (such as, with significant growth economies in the example of India, Indonesia and Vietnam) to the international trade system that in turn resonates with diplomatic sense;
B. Substantiating multilateral leadership with the integrity of supply-side economics:
• Supply Resilience further command substantive global-governance purpose anchored by the framework, particularly in coupling with broader macrofiscal and financial policy framework at today’s crisis. In contrast to traditional trade agreements with focus on tariffs (demand), IPEF may choose to differentiate by integrating trade to strategic investment framework (supply), especially in the narrative of reciprocal benefit from the supply-side economics, from food and energy to technology and infrastructure that will all play key constructive roles at the ongoing global economic transition (as illustrated in the example of Boeing 787 Dreamliner with key global supplies from investment partners);
C. Setting global precedent upon key reciprocal motion toward the new economy:
• New Economy is indeed the most important agenda at the table that requires leadership from the highest level, especially at the auspices of IPEF. More of the same shall no longer suffice, but it's rather the gravity of inclusive growth, primarily on the premise of smart (digital transformation/AI) but also net-zero (green energy, mobility and industry) transition that will together resonate the agenda toward 2050 horizon, considering in particular power of the institution (such as G20 Quality Infrastructure Investment) at complex market and policy crossroads (see leadership precedent of the ISSB at COP26 toward stronger transparency and accountability impact from the ongoing net-zero transition).
Roubini's Crisis Hypothesis
Roubini's Crisis Hypothesis: Global Debt Trap and Forward-Looking Implications to Crisis
Governance at Today’s Transition
Crisis Governance Narrative:
• Continual increase of fiscal deficit and corresponding central banking decision to monetize it, in fact, breeds a mutually reinforcing environment conducive to stagflation, substantially before the arrival of COVID-19 crisis (see implications of the quantitative easing (QE) as depicted in borrowing costs terms therefore incentive for the global debt accumulation since 2008);
• But loose monetary and fiscal policy at the precipice of the twin (economic and health) crisis since 2020 only fuels asset and credit bubble, and thereby
setting in motion irrational exuberance, therefore further causes of systemic fragility to an already weakened governance baseline at today’s crossroads;
• Confidence in the market and the policy is a key decisive determinant, essentially with structural capabilities to manage and overcome the ongoing supply-side challenge, considering in particular political resolve accompanied by collective rational decision, required to address the ongoing balkanization between sovereign nations in the web of global trade and financial systems;
• Such is an important caveat at the crisis transition notably together with shared global priorities on the premise of broad-based capabilities to sustain the level of global/national debt without adding further cost to the supply side, while also maneuvering remaining resources and thereby re-establishing the equilibrium that best reflects the reality on the ground until the crisis subsides;
• Structural transition over debt-trap challenges is, above all, an imperative required to reconstitute a good and constructive decision-making highground, with shared conscience of how and why the global economy shall serve the purpose only as long as we are all aware of its raison d'être, that is, better or worse, a function of collective reflection upon one's rational and moral choice.
Global Governance of Net-Zero Transition
Global Governance of Net-Zero Transition: Transforming Net-Zero Transition with Global-Governance Architecture Driven by Three Mutually-Reinforcing Pillars
Global Governance Structure:
A. Establish governance commonground on the premise of 2015 Paris Agreement:
• One Governance Platform is the architectural foundation in the dynamics of international engagement, especially as envisioned by the Paris Rulebook (as concluded at COP26) on an agreed-upon set of governance rules, applicable to international efforts that link action to impact on an accountable baseline;
B. Improve asset allocation by overcoming inherent information asymmetry:
• One Disclosure Standard further brings together governance premises to a streamlined market-based decision-making structure, addressable at causes and causalities of the transition from perspective of strategy and governance, but also exposure to climate-related risks, therefore countermeasures driven by substantive metrics and targets (see the introduction of ISSB/International Sustainability Standards Board under leadership of UK COP26 from 2022);
C. Transform merit-based decision with real-time data transparency:
• One Reconciliation Baseline is also a prerequisite from operational point of view, particularly with accountability and transparency that link as-is net-zero impact (e.g., using blockchain with real-time impact measurement) to should-be asset value, substantiated and reconciled by fiscal/financial mechanisms;
Pivot of Structural Governance Decision
Pivot of Structural Governance Decision: Leading Crisis Transition Considering Governance Decision-Making Toward Long-Term Growth and Sustainability
• Pivot of governance decision plays a strategically important role at today's transition, particularly in an ongoing shift of the global market sentiment with implications of complex asset allocation decision-making, considering also the dynamics of macro challenges at today's state of international economy;
• Despite evidences of increasing headwind, forward-looking investment in efficiency and productive growth still invariably command the commonsense with conventional wisdom that sound economic fundamentals shall prevail, notably once taking into consideration rationale of risk-return tradeoff under a broader-based governance platform, within but also across business cycles;
• Challenges of market volatilities and the expectation thereof as witnessed in the commodity market at the height of the Great Recession in 2007-09 only substantiate such argument, but forward-looking and rational decision comes together at the transition once addressing outstanding causes and causalities of the challenge beyond heat of the moment, and thereby implying a broader range of decision-making criteria with a stronger balance between the gravity of value return and investment in strategic growth, particularly commensurate with the ambition level, be it for leadership of a private firm or sovereign fund;
• Mutually reinforcing incentives toward efficient and productive growth are critically also strategic determinants in this narrative, especially along broad-based transformative pathways that make ecosystemic sense across pivotal growth sectors from green energy to smart mobility and urban development, that altogether substantiate sustainable and resilient value on the premise of meaningful socio-economic activities as part of the ongoing global transition;
• Prospect of broad-based growth shall after all win greater shared purposes at the transition, essentially once taking perspective from the whole-of-nation development ambition notably by strengthening long-run strategic capabilities on a substantive common ground shared by the economies and the societies, while also empowering such narrative toward greater and more opportunities as mission with reciprocal responsibilities at today's complex global transition.
Beyond Getting the Deal
Beyond Getting the Deal: Leadership of Negotiated Resolution and Implications of Corresponding Raison d'Être at Today's Complex Transition
• Arriving at a good deal is desirable even indispensable virtually across negotiation contexts, but such matters profoundly at today's crossroads once substantiated by forward-looking balance on the premise of stability and flexibility, therefore reciprocal contingencies and corresponding uniting forces from representative assumptions from leadership of the negotiation process;
• Substantive to that ambition, negotiation premises and the underlying deliberation processes must be rigorously structured, discussed and agreed upon by partners, stakeholders and representatives at the table, particularly in representation of gravity and motion that effectively command leadership attention to the status quo, considering hard realities on the ground and potential forward-looking narrative at the transition on the premise of shared reconciliation principles and mechanisms with all as respectable peers;
• Mutually reinforcing resolution within but also across the aisles is essential even pivotal along the negotiation pathways, notably considering continuously exchangeable push-and-pull gravity caused by policy-diplomacy complex, all in constant interaction with convergence-divergence forces driven by political interests, ideologies even polarities, therefore an imperative to honoring well-deserved forward-looking expectation with transparency and accountability to the floor, undoubtedly in reflection of negotiation dynamics and, all the more, with hard-earned progress achieved by representative leadership at the table;
• Prospect of the best alternative1
to a negotiated agreement (“BATNA”), on the other hand, offers an effective conciliatory approach, markedly with meaningful and constructive appeal applicable to resolving disagreement, conflict even confrontation among direct and indirect negotiating parties and, as a result, considered as a strategic governance tool with effective mitigating impact conducive to injecting new momentum to the negotiation process,² especially in application of observable parameters or proxy intermediaries that altogether serve as conducive confidence-building mechanisms, but also in substantiation of the entire negotiation process with leadership from all;
• Pivot of the negotiated agreement shall after all become meaningful and forward-looking at today's global transition, once leadership from all relevant parties shares gravity and urgency of the aggravating situation as premises of the negotiation process,³ and thereby seeking to restore reciprocal goodwill from the well-deserved reconciliation, while also charting forward meaningful outlook to the society at large—outstandingly with mutually reinforcing raison d'être that commands dignity and pride on behalf.
Large-Scale Innovation System: Leadership and Political Case Study of Germany...
Large-Scale Innovation System: Leadership and Political Case Study of Germany...Siripong Treetasanatavorn
The past decades have witnessed Germany’s Energiewende as a spearhead of the large-scale energy and power system transformation that sets out an unprecedented leadership and political movement on the basis of collective efforts across public, private and nonprofit sectors—an exemplary success characterized by an innovation transformative force of socio-political engagement.
Despite a wide range of desirable changes brought forward by a large-scale energy innovation system, the grand-scale transformation constantly encounters challenges to meet a large variety of diverging requirements from multiple stakeholders, considering its grand promises addressing the dilemma of energy security versus economic growth, environmental commitment versus industrial competitiveness, as well as political leadership to transform the society versus the practicality of limited legitimacy to internalize the long-term fiscal requirements.
From the perspective of a leader with political authorities, this study brings forward an analytical and interpretation framework that elaborates, discusses and characterizes the logic of a large-scale innovation in political terms, with an analogous dynamics of renewable energy versus innovation development, embracing both long-term benefits and short-term challenges.Orchestrating Resilient Competitiveness: How to Win Orchestrating Influence a...
Orchestrating Resilient Competitiveness: How to Win Orchestrating Influence a...Siripong Treetasanatavorn
Orchestrating Resilient Competitiveness: How to Win Orchestrating Influence at Competitiveness Frontier of Today’s Crisis Transition
Enigma of sense-making competitive influence arguably poses today’s most daunting leadership challenges latest since an arrival of the coronavirus-induced global crisis. Disentangling greater decision-making complex with ever-shorter forward-looking views is not just an exacerbating dilemma at today’s greater leadership challenges. But increasing likelihoods to unpredictable future only continue to reinforce greater short-termed incentives to crisis emergency responses at the expense of long-term sustainable prospect regardless of merits from sustaining resilient competitiveness. In fact, every competitive decision does not necessarily imply greater influence from sustainable impact. But leadership judgment harnessing outstanding benefits of the vice versa only gains more and more competitiveness ground. Emerging intuition in this sense indeed has much to offer to today’s global crisis situation for sustainability differentiation effectively advances competitive forward-looking outlook, particularly in greater perspective of global competitiveness upon shared sustaining resilient order.
Greater prospect to resilient recovery brings a compelling perspective to crisis-time competitiveness challenges with subtle yet powerful leadership intuition. Combatting complex situations across public health, humanitarian and socio-economic frontiers indeed preempts today’s topmost leadership priority. But sense-making perspective of forward-looking sustainable impact is essential even indispensable to competitive decision-making influence in an accountability dialog shared by all in the community. Nobel Laureates Duflo and Banerjee unravel such challenges in India by addressing sustainability rationale of shared accountable transformation in the local livelihoods. Competitive orchestrating influence as such indeed coheres and resonates in greater context of shared crisis responsibilities, winning reciprocal trusted and entrusted relations on a representative foundation at resilient causes of global crisis transition.
Sense-making leadership choices indeed tap influences from both community and international narratives, orchestrating competitive and balanced global transition on a shared sustainability pathway. In fact, today’s crisis brings greater focuses to shared leadership priorities addressable to all across shared decision-making frontiers. But competitive influence that leads to greater sustaining and resilient order only benefits from shared global decision highgrounds, appealing at shared resilient causes of the economy and the society in mutual transformation across global-national frontiers. Recent sense-making precedent from the U.N.’s global dialog indeed demonstrates how such commonsense wins greater imperative of such purpose-driven, crisis-time leadership.Transforming SDGs with Artificial Intelligence
Transforming SDGs with Artificial Intelligence
Artificial Intelligence and Implications to Global Sustainable Development Substantiated by Smart Decision-Making at Today’s Transition
Leadership Narrative:
• Artificial Intelligence (AI) differentiates choices of complex global transition as intended by U.N. sustainable development goals (SDG), primarily for the capability to improve mission-critical decision with conducive priority action, in consideration of the dynamics of policy intervention in engagement at causes of the intended structural change with forward-looking impact on the ground¹;
• Computing capability and capacity that effectively help translate data and information to actionable recommendation is one, but AI's processing power that transforms today's development challenge further also substantiates sustainability strategy and governance choices with unique propositions on the premise of algorithmic learning, particularly with expectation of efficiency improvement as the number of training instances therefore decision power grow (see poverty reduction case with an algorithm for imagery analysis)²;
• Effective and innovative intervention design nevertheless lies at heart of today’s crisis transition, notably in achievement of the intended mission that seeks to fulfill shared purposes with stakeholders and partners, essentially by taking into account various facets of AI's strengths and weaknesses, such as the immense predictive power given salient features represented in real-world development observation but also the availability of unbiased training dataset, considered as indispensable for the achievement of AI algorithmic command³;
• SDG transformation on the premise of AI shall after all become a success once substantiating reciprocal accountability dialogs on the premise of public participation, especially in advocacy and stewardship of advanced technology and innovation that make sense of smart and collective transition, without compromising right, dignity and freedom—all in the spirit of "We the Peoples" as represented by Charter of the United Nations since its foundation in 1945⁴.
India's Frontiers of Digital Edges
India’s Frontiers of Digital Edges
Digital ID Management and Implications to Sustainable Development and Broad-Based Socio-Economic Empowerment
Aadhaar: Biometric ID system that transforms India's long-run sustainable growth development narrative, considering four following premises at today’s transition:
• Represent as key growth enabler at today's transition: Built with greater shared ambition in substantiation of the national digitalization initiative, and thereby winning collective effort across public and private sectors, but also civil societies and academia, especially in transitioning the existing socio-economic system by leveraging digital empowerment;
• Harness strategic leverage of socio-economic inclusion: Intended also to achieve greater sustainability impact across the economy and the society, primarily by improving efficiency and effectiveness of key social programs (such as, cash and in-kind transfer), but also served as enabler toward stronger uptake from suitable ranges of digital financial services, therefore greater and more opportunities to the vulnerable population segments with currently limited access to the banking/financial sectors;
• Mutually reinforce agglomeration impact from the ground up:
Multiplied and resonated on the premise of such narrative, broad-based digital economy and society further also provide conducive and enabling environments for social and economic innovation particularly across urban areas, where capacity to innovation has strong potential to find reciprocal traction with scale and scope, therefore likelihood to transcend new ideas with reinforcing impact in socio-economic transformation at the transition;
• Establish the Fundamentals for Future Structural Reform: Served as strategic governance tools in addressing structural challenges in India's growth dynamics notably in strengthening accountability and transparency in key sustainable policy agenda (citizen’s digital identities as enablers in empowerment dialogs from health and education to political participation), while also leveraging the same governance structure in improvement of rational decision on the ground, notably as forward-looking pathways for future structural reform — all on the premise of participative democracy.
Solving Dilemma of Global Net-Zero Transition
Solving Dilemma of Global Net-Zero Transition
Prisoner's Dilemma and Implications to Net-Zero Transition on the Premise of International Collaboration
• Establishment of Nash equilibrium substantive to constructive climate action is a key imperative of global climate negotiation by all in the international community. But practical challenge on the ground is oftentimes characterized by suboptimal short-run payoff values that in turn complicate international negotiation processes, despite perspective of stronger forward-looking outlook beyond the business-as-usual scenario.
• But factor conditions quality infrastructure and structural reform, particularly with the economies of scale and scope from broad-based, international collaboration are indispensable in shifting and transforming the negotiation dynamics, notably on the premise of structural efficiency gain in shared dialog of long-run sustainability and competitiveness, thereby mutually reinforcing incentive that engages and transforms net-zero mitigation payoff to the benefit of reciprocal international climate action.
• Prisoner's dilemma after all can be overcome at outstanding causes once collaboration takes place in broadest-possible terms (considering globally orchestrated choices of finance, trade and development) especially across short- and long-run views, thereby disincentivizing reneging or walk-away, considering notably in establishment of a new Nash equilibrium that wins global synergic action with integrated whole-of-ecosystem decision.
Establishing One Global ESG Standard
Establishing One Global ESG Standard
Governance of a Globally Representative Standard toward Net-Zero Achievement at today's Sustainability Crossroads
• International Sustainability Standards Board (ISSB) has been established in recognition of the international community at UK COP26 in order to inform climate-related risks and opportunities, notably in guidance of forward-looking market and policy decision at today's sustainability and net-zero crossroads;
• Leadership highground of the proposal inherently focuses on prospect of long-term sustainability outlook, substantiated by forward-looking choices at the ongoing transition on the shared premise of governance processes with corresponding reform strategy, risk management and impact measurement;
• Climate change and consequential impact to the economy and the society are viewed in this sense as a common challenge to the global sustainable future, especially in the sense of physical (climate-change impact to relevant assets across value chains) and transition (pathways to low-carbon economy) risks, accrued across the financial and economic system on a global level;
• Net-zero and carbon offsetting strategy is therefore the key primary focus, essentially in close alignment with global perspective of climate mitigation and adaptation, that makes sense of smart business and financial choices along the transitional pathways, especially by harnessing ambitious but realistic climate action across potential scenarios, substantive to the global net-zero ambition (refer to Section Climate Resilience in IFRS S2's Exposure Draft);
• Smart, competitive and forward-looking decision, after all, comes together only once relevant shareholders, stakeholders and partners are all committed to outstanding cause and causality of climate-related opportunities and risks, in greater ecosystem-governance reform narrative substantive to the global society and economy in mutual transformation while leaving no one behind.
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Senior Project and Engineering Leader Jim Smith.pdf
I am a Project and Engineering Leader with extensive experience as a Business Operations Leader, Technical Project Manager, Engineering Manager and Operations Experience for Domestic and International companies such as Electrolux, Carrier, and Deutz. I have developed new products using Stage Gate development/MS Project/JIRA, for the pro-duction of Medical Equipment, Large Commercial Refrigeration Systems, Appliances, HVAC, and Diesel engines.
My experience includes:
Managed customized engineered refrigeration system projects with high voltage power panels from quote to ship, coordinating actions between electrical engineering, mechanical design and application engineering, purchasing, production, test, quality assurance and field installation. Managed projects $25k to $1M per project; 4-8 per month. (Hussmann refrigeration)
Successfully developed the $15-20M yearly corporate capital strategy for manufacturing, with the Executive Team and key stakeholders. Created project scope and specifications, business case, ROI, managed project plans with key personnel for nine consumer product manufacturing and distribution sites; to support the company’s strategic sales plan.
Over 15 years of experience managing and developing cost improvement projects with key Stakeholders, site Manufacturing Engineers, Mechanical Engineers, Maintenance, and facility support personnel to optimize pro-duction operations, safety, EHS, and new product development. (BioLab, Deutz, Caire)
Experience working as a Technical Manager developing new products with chemical engineers and packaging engineers to enhance and reduce the cost of retail products. I have led the activities of multiple engineering groups with diverse backgrounds.
Great experience managing the product development of products which utilize complex electrical controls, high voltage power panels, product testing, and commissioning.
Created project scope, business case, ROI for multiple capital projects to support electrotechnical assembly and CPG goods. Identified project cost, risk, success criteria, and performed equipment qualifications. (Carrier, Electrolux, Biolab, Price, Hussmann)
Created detailed projects plans using MS Project, Gant charts in excel, and updated new product development in Jira for stakeholders and project team members including critical path.
Great knowledge of ISO9001, NFPA, OSHA regulations.
User level knowledge of MRP/SAP, MS Project, Powerpoint, Visio, Mastercontrol, JIRA, Power BI and Tableau.
I appreciate your consideration, and look forward to discussing this role with you, and how I can lead your company’s growth and profitability. I can be contacted via LinkedIn via phone or E Mail.
Jim Smith
678-993-7195
jimsmith30024@gmail.com
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三、进国企，银行，事业单位，考公务员等等，这些单位是必需要提供真实教育部认证的，办理教育部认证所需资料众多且烦琐，所有材料您都必须提供原件，我们凭借丰富的经验，快捷的绿色通道帮您快速整合材料，让您少走弯路。
留信网认证的作用:
1:该专业认证可证明留学生真实身份
2:同时对留学生所学专业登记给予评定
3:国家专业人才认证中心颁发入库证书
4:这个认证书并且可以归档倒地方
5:凡事获得留信网入网的信息将会逐步更新到个人身份内，将在公安局网内查询个人身份证信息后，同步读取人才网入库信息
6:个人职称评审加20分
7:个人信誉贷款加10分
8:在国家人才网主办的国家网络招聘大会中纳入资料，供国家高端企业选择人才
留信网服务项目：
1、留学生专业人才库服务（留信分析）
2、国（境）学习人员提供就业推荐信服务
3、留学人员区块链存储服务
→ 【关于价格问题（保证一手价格）】
我们所定的价格是非常合理的，而且我们现在做得单子大多数都是代理和回头客户介绍的所以一般现在有新的单子 我给客户的都是第一手的代理价格，因为我想坦诚对待大家 不想跟大家在价格方面浪费时间
对于老客户或者被老客户介绍过来的朋友，我们都会适当给一些优惠。
选择实体注册公司办理，更放心，更安全！我们的承诺：客户在留信官方认证查询网站查询到认证通过结果后付款，不成功不收费！
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A workshop about video game directors who are also studio founders.
W.H.Bender Quote 65 - The Team Member and Guest Experience
The Team Member and Guest Experience - Lead and Take Care of your restaurant team. They are the people closest to and delivering Hospitality to your paying Guests!
Make the call, and we can assist you.
408-784-7371
Foodservice Consulting + Design
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Artificial intelligence (AI) offers new opportunities to radically reinvent the way we do business. This study explores how CEOs and top decision makers around the world are responding to the transformative potential of AI.
Case Analysis - The Sky is the Limit | Principles of Management
The case study discusses the potential of drone delivery and the challenges that need to be addressed before it becomes widespread.
Key takeaways:
Drone delivery is in its early stages: Amazon's trial in the UK demonstrates the potential for faster deliveries, but it's still limited by regulations and technology.
Regulations are a major hurdle: Safety concerns around drone collisions with airplanes and people have led to restrictions on flight height and location.
Other challenges exist: Who will use drone delivery the most? Is it cost-effective compared to traditional delivery trucks?
Discussion questions:
Managerial challenges: Integrating drones requires planning for new infrastructure, training staff, and navigating regulations. There are also marketing and recruitment considerations specific to this technology.
External forces vary by country: Regulations, consumer acceptance, and infrastructure all differ between countries.
Demographics matter: Younger generations might be more receptive to drone delivery, while older populations might have concerns.
Stakeholders for Amazon: Customers, regulators, aviation authorities, and competitors are all stakeholders. Regulators likely hold the greatest influence as they determine the feasibility of drone delivery.
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Pivoting Net-Zero Transition with Data Intelligence
- 1. Bangkok, Thailand / Page 1 (1) Edition: May 9, 2022 Pivoting Net-Zero Transition with Data Intelligence Scrutinizing Energy Strategy and Governance at Today’s Net-Zero Transition by Using Data Intelligence Siripong Treetasanatavorn Sloan Fellow, Massachusetts Institute of Technology Scrutiny at Three Levels: A. Operational integrity strengthened by real-time, forward-looking supply forecast is an imperative to today's electricity system, considering a broader range of sources in the energy mix (e.g., Thailand with a stronger reliance on solar photovoltaics and onshore wind¹), therefore an increasing challenge in meeting an expectation from the quality-of-service point of view, considering security and operational resiliency (premises of the supply-demand balance) particularly at a reasonable level of the economic value return (e.g., marginal costs given the operational energy mix versus marginal prices in the market); B. Strategic planning underpinned by data-driven supply-demand decisions, especially from perspective of the ongoing net-zero transition, where rational choices of the structural shift (e.g., from coal and gas to renewable sources on the supply side, coupling with efficiency improvement on the demand side) potentially play a substantive role in maintaining the energy equilibrium on a whole-of-system level (e.g., considering strategic parameters such as reserve margin but also stronger conducive roles of smart grid infrastructure driven by intermittency-hedged innovation²), thereby strengthening fundamentals of the energy economics as the transition advances in the society and the economy; C. Governance in transition substantiated by grid-level data intelligence of the energy equilibrium, notably with insights from demand-supply characteristics in each specific growth sector (e.g., across emerging growth urban areas but also transportation, logistics and industrial clusters), considering in particular ecosystem-level complementarities and interdependencies, but also broader implications in long-run sustainability and resilience terms³—in greater shared narrative of the global and regional development while leaving no one behind.
- 2. S. Treetasanatavorn. Pivoting Net-Zero Transition with Data Intelligence Edition: May 9, 2022 Bangkok, Thailand / Page 2 (2) Figure: Clean hydrogen2 with potential benefit in overcoming intermittency challenges at today’s net-zero transition (see strategic planning scrutiny) References (in appearance order): 1. See renewable energy development plan in Thailand from AEDP (2015): http://www.eppo.go.th/index.php/en/policy-and-plan/en-tieb/tieb-aedp; and AEDP (2018): https://policy.asiapacificenergy.org/node/4351 2. See discussion of how intermittencies from wind energy can be overcome by hydrogen innovation at EERE (2021): https://www.energy.gov/eere/articles/how-wind- energy-can-help-clean-hydrogen-contribute-zero-carbon-future 3. See discussion of the energy security and implications of the net-zero transition by UK's Prime Minister Office (2022): https://www.gov.uk/government/publications/british-energy-security-strategy