The document outlines SAIG's plans to establish electric vehicle, battery, and bamboo composite manufacturing facilities in India. SAIG will invest in these projects and collaborate with the Indian government who will provide land, subsidies, loans, and technology support. The facilities will employ thousands of workers and have positive environmental and economic impacts through job creation, exports, and use of sustainable materials like bamboo. SAIG is committed to the principles of environment, education, and employment in India.
The document proposes a cooperation between SAIG and the Indian government to establish electric vehicle, battery, and bamboo factories in India. SAIG would invest over $6 million USD in the initial projects. The government would provide subsidies, loans, and technology transfers to support the initiatives. SAIG's projects aim to promote environment, education, and employment through developing electric transportation, battery recycling programs, and using bamboo for construction materials and power generation. The cooperation could bring jobs, technology sharing, and position India as a green automotive leader.
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Cobelec™: Creating Wealth From Crop Residue - Investor PresentationPhilipp Steiner
The document describes a proposed project called CobelecTM that would create wealth from crop residues in South Africa. It would convert maize cobs into electricity and potentially biochemicals. A 7MW pilot power plant is proposed, with the potential for expansion to 35MW. The project aims to address South Africa's need for renewable energy while creating new revenue streams from agricultural waste. Initial financial projections estimate returns of over 50% with a payback period of around 3.5 years. A $14.1 million investment is sought to fund development and construction of the first phase.
The document discusses energy recovery technology (ERT) for converting waste plastics into fuel. It provides background on the growth of plastic usage and the resulting waste problem. ERT provides a sustainable solution by diverting waste plastics from municipal solid waste and converting it into energy through a process that has been demonstrated in several locations in India since 2008. The process can produce 6-10 megawatts of electricity from 400 tons per day of municipal solid waste.
This document discusses implementing solar cell technology at Bank CIMB Niaga branches as a pilot project. It would help reduce electricity costs and blackouts experienced at some branches. Implementing solar cells could create competitive advantages like reducing expenses, boosting the bank's green image, and tapping new customer segments interested in environmental issues. The bank could collaborate with other organizations on joint green programs to further promote its brand and mission. Capturing new corporate and affluent customers interested in eco-friendly financing options is also discussed.
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Microsoft power point 100710 ice-projectpitch_a0710b0710Erika Rachma
ICE invests in renewable energy projects in Indonesia by establishing special purpose companies for each project to ensure flexibility and expertise. The projects focus on delivering renewable energy through hydroelectric and biogas projects by selecting optimal locations and maintaining relationships with technical partners and suppliers to achieve social, environmental, and financial sustainability at an affordable price for customers. ICE provides details on two example projects, a 3.6 MW micro hydro project in Dominanga and a 2 x 5 MW biogas project in Jambi that will utilize abundant local waste supplies.
A copy of the presentation by Sheryl French, Duncan Price and Tim Lunel at the CRIF Final Event on Tuesday 15th November at the SmartLife Centre, Cambridge.
The document proposes a cooperation between SAIG and the Indian government to establish electric vehicle, battery, and bamboo factories in India. SAIG would invest over $6 million USD in the initial projects. The government would provide subsidies, loans, and technology transfers to support the initiatives. SAIG's projects aim to promote environment, education, and employment through developing electric transportation, battery recycling programs, and using bamboo for construction materials and power generation. The cooperation could bring jobs, technology sharing, and position India as a green automotive leader.
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Cobelec™: Creating Wealth From Crop Residue - Investor PresentationPhilipp Steiner
The document describes a proposed project called CobelecTM that would create wealth from crop residues in South Africa. It would convert maize cobs into electricity and potentially biochemicals. A 7MW pilot power plant is proposed, with the potential for expansion to 35MW. The project aims to address South Africa's need for renewable energy while creating new revenue streams from agricultural waste. Initial financial projections estimate returns of over 50% with a payback period of around 3.5 years. A $14.1 million investment is sought to fund development and construction of the first phase.
The document discusses energy recovery technology (ERT) for converting waste plastics into fuel. It provides background on the growth of plastic usage and the resulting waste problem. ERT provides a sustainable solution by diverting waste plastics from municipal solid waste and converting it into energy through a process that has been demonstrated in several locations in India since 2008. The process can produce 6-10 megawatts of electricity from 400 tons per day of municipal solid waste.
This document discusses implementing solar cell technology at Bank CIMB Niaga branches as a pilot project. It would help reduce electricity costs and blackouts experienced at some branches. Implementing solar cells could create competitive advantages like reducing expenses, boosting the bank's green image, and tapping new customer segments interested in environmental issues. The bank could collaborate with other organizations on joint green programs to further promote its brand and mission. Capturing new corporate and affluent customers interested in eco-friendly financing options is also discussed.
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Microsoft power point 100710 ice-projectpitch_a0710b0710Erika Rachma
ICE invests in renewable energy projects in Indonesia by establishing special purpose companies for each project to ensure flexibility and expertise. The projects focus on delivering renewable energy through hydroelectric and biogas projects by selecting optimal locations and maintaining relationships with technical partners and suppliers to achieve social, environmental, and financial sustainability at an affordable price for customers. ICE provides details on two example projects, a 3.6 MW micro hydro project in Dominanga and a 2 x 5 MW biogas project in Jambi that will utilize abundant local waste supplies.
A copy of the presentation by Sheryl French, Duncan Price and Tim Lunel at the CRIF Final Event on Tuesday 15th November at the SmartLife Centre, Cambridge.
[Challenge:Future] Renewable Energy for the Bottom of the PyramidChallenge:Future
This document summarizes a renewable energy project in India that aims to provide electricity to unelectrified areas. The team leader's dream job is to tackle the global energy crisis through sustainable renewable energy solutions. They plan to identify and implement renewable technologies appropriate for developing areas. Their goals are to employ and train local people, use monitoring systems, and collaborate with financial institutions to support micro-businesses powered by electricity. Examples of technologies discussed include biomass, wind, solar, and tidal/ocean current installations across Asia, Africa, and South America. The impact of their work is outlined through 2040 in increasing energy access, employment, incomes and reducing emissions. The team leader's education in innovation, problem-solving, communication and experience
Central africa & Egypt contact issue 2.2012ABBCONTACT
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Schneider Electric Sustainable Developmentbdeclerc
The document discusses Schneider Electric's approach to sustainable development. It focuses on helping provide access to energy in developing nations through its BipBop program, and promoting energy efficiency in developed countries to reduce emissions. Schneider Electric aims to double energy efficiency improvements while halving carbon emissions by 2050. It organizes its sustainable development efforts around profitability, environmental and social responsibilities.
Sustainable development principle applied to electrical cars and network- I applied, the sustainble development principle is not so clear with electrical cars network- Like oil sand- if a supply chain is sustainble, it has to be all along the supply and not only at the user level
PoleCo is a leading designer and supplier of solar and wind powered lighting systems based in Nova Scotia, Canada. They have over 20 years of experience providing renewable off-grid lighting solutions to commercial, industrial, and government clients. PoleCo's solar and wind lighting products provide reliable performance without grid connections or environmental impacts of traditional lighting, and offer the lowest total cost of ownership over the lifetime of the project. Their customized solutions are designed to meet client needs and budgets.
Let's build a smarter planet energy and utilities ejcbmarcoux
In the 1880s, Nikola Tesla invented the 3-phase 60 Hz technology still used in the North American electrical grid, which was then commercialized by George Westinghouse, who was competing with Thomas Edison.
One hundred and twenty five years later, the Smart Grid aims to solve this 19th century problem using 21st century systems. And the 21st century itself brought a new set of challenges to be met: energy efficiency, integration of distributed and renewable energy, charging of electrical vehicles, pressure on costs, environmental concerns, and consumer expectations.
This conference will define what is a Smart Grid, outline its main objectives, present how it is being deployed, and discuss some on-going technological and societal challenges that the industry is facing.
The document discusses Stephen Burdis' presentation at the UK T&I Techworld Conference on November 17, 2011 about cleaner, smarter, and more efficient energy. Some key points included that GE employs 19,000 people across 60 UK sites, produces 20% of the UK's energy, and is working on challenges like smart grids, renewable energy, and energy storage. The presentation also discussed the growing global demand for power, the need to keep it affordable and sustainable, and aging energy infrastructure requiring modernization.
The document discusses the City of Toronto's efforts to promote energy efficiency and reduce greenhouse gas emissions through its Energy Efficiency Office and Better Buildings Partnership program. Some key points:
1) The Energy Efficiency Office develops energy efficiency strategies for the city and works on climate change initiatives like creating green jobs and making buildings more energy efficient.
2) Buildings account for 61% of the city's greenhouse gas emissions, so the Better Buildings Partnership focuses on making existing buildings and new construction more energy efficient.
3) Projects through the partnership have saved over $59 million in annual energy costs, reduced emissions by over 440,000 tonnes of CO2, and created 29,000 jobs in renewable
The document discusses envisioning low carbon cities and the challenges and opportunities they present. It covers topics like materials and technologies, whole building issues, precinct and urban scale issues, community issues, and policies and tools. It also discusses the Cooperative Research Centre for Low Carbon Living and its role in supporting innovations to reduce carbon in the built environment.
2011 10-05 smart grids as an opportunity for finland-jkiSitra Energia
1) The document discusses the opportunities that smart grids present for reducing energy use and greenhouse gas emissions through more efficient energy production and use in buildings.
2) It outlines the EU's goals for reducing greenhouse gas emissions and increasing the use of renewable energy sources by 2020 and 2050, which will require structural changes to energy systems including low carbon energy production and smart integration of production and consumption.
3) The document also examines opportunities for "local energy" through energy savings or locally produced renewable energy at the consumer level and potential challenges and benefits of increasing local energy solutions.
Market Research Report : Photovoltaic Generator Market in India 2012Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
Dropping solar power tariff rate is spurring the Indian photovoltaic generator market.
The report begins with an introduction into the energy scenario in India. Installed capacity, demand supply gap of power prevailing in India and hence the need for renewable sources of energy is showcased. It gives a clear overview of the components of a solar PV plant and the production chain of PV technology. The market overview section provides an insight into the photovoltaic market which includes the growth and size of PV market in India. The breakup of types of PV modules that are used are also shown. It concludes with a representation of a solar PV value chain.
An analysis of the drivers explains the factors for growth of the industry which includes feasible geographical location of India, fall in prices of PV modules, depleting coal reserves, energy deficiency condition in India, dropping solar power rates, increasing cost of electricity from conventional sources, and time of commissioning of PV projects. However few challenges plague the solar PV sector in India which includes competition from Chinese firms, lack of consumer awareness and the capital intensive nature of solar PV projects.
Key trends in this sector like production of portable solar PV generators, investments in domestic solar PV power producing industry, rooftop power generation, and solar hybrid generators are also highlighted. Upcoming applications of solar PV in the telecom towers and rural ATM’s are also mentioned.
Rcreee regional renewable energy conference 2010 enabling the desertec_conceptRCREEE
The document discusses the Desertec Industrial Initiative (Dii), which aims to provide renewable energy from deserts in North Africa and the Middle East to those regions as well as Europe. Dii was founded by a consortium of companies to enable the long-term DESERTEC vision of meeting 15% of Europe's energy needs from the MENA region by 2050 using solar and wind power generated in desert areas with high potential. Dii will focus on creating political and regulatory support for the concept and demonstrating early reference projects to show its technical and economic feasibility by 2020-2030 when renewable energy is projected to reach grid parity with conventional power sources.
The document discusses utilizing village water resources in Indonesia for rural electrification through community-based development and social business models. It proposes several microhydro power project scenarios ranging from 10-500 MW total capacity that would electrify villages, reduce fossil fuel consumption, create local jobs, and lower carbon emissions. Each village-scale project would be owned and operated by a village cooperative or small enterprise, empowering local communities economically and environmentally in a sustainable way. The document contrasts this social business approach with the traditional growth-based economic model.
johnson controls CanaccordAdams Virtual Roundtable: A Perspective on Energy E...finance8
This document summarizes Johnson Controls' annual analyst day presentation on October 14, 2008 in New York City. Johnson Controls has three main business segments: Building Efficiency, Power Solutions, and Automotive Experience. In 2007, Building Efficiency generated $34.6 billion in sales and $1.3 billion in earnings. The presentation will review Johnson Controls' strategies, market outlook, and guidance for 2009.
1. DSM Nutritional Products organized a technical seminar in Vijayawada, Andhra Pradesh on August 27th, 2012 to share its expertise in vitamins, minerals, and feed additives with customers.
2. The seminar aimed to keep customers informed about changing market trends and customer needs as the nutritional industry evolves.
3. One presentation emphasized the benefits of the enzyme Ronozyme ProAct in reducing feed costs and improving feed utilization.
Clean Local Energy from Community Choice AggregationJohn Farrell
Community Choice Aggregation (CCA) programs allow local governments to purchase electricity on behalf of their residents and businesses from an alternative supplier while still using existing power lines. CCAs can lower electricity rates, source more renewable energy, and invest savings into local priorities. They give communities control over their energy supply while breaking up utility monopolies. Many regions across the country could implement CCAs to realize greater local benefits from clean, distributed energy resources.
A presentation by ILSR Senior Researcher John Farrell to the Pedernales Electric Cooperative on April 2, 2012, about the opportunity of local clean energy generation.
This document summarizes the costs and benefits of Australia's green electricity schemes, including various renewable energy sources and generation technologies. It discusses the schemes' goals of achieving resource sustainability, reducing carbon emissions, and increasing energy independence. It also provides data on the fuel sustainability, carbon intensity, construction costs, dispatch capability, and ability to change output of different generation sources like coal, natural gas, hydro, wind, and solar.
1) Explain your product and value proposition in 1-2 concise sentences. Focus on how it helps homeowners save on energy costs through personalized recommendations and optimizations.
2) Highlight your business model and potential revenue streams. Emphasize partnerships with solar installers to bundle your product and a subscription-based service.
3) Share customer validation so far. Note interest from homeowners in saving energy and solar companies as potential distribution partners.
4) Request the funding amount needed and how it will be used - to further develop the product and web service, and for customer acquisition like marketing.
The document summarizes a workshop on solar photovoltaic business models held by INDIS Energy and pManifold. It outlines the workshop objectives to educate participants about consumer solar products, off-grid and rooftop solar solutions, grid-connected solar plants, and the manufacturing and financing aspects of solar energy. Key gaps in scaling up solar power in India are identified as high initial capital costs, limited skills and awareness, a lack of solar insolation data, and difficult financing. Consumer solar products like LED lights could help address the need for lighting among rural populations currently spending significantly on biomass and kerosene for lighting daily.
This document summarizes the history and operations of Hydro Link Engineering & Equipment Company, an ISO 9001-2008 certified renewable energy technology company based in Pakistan. It discusses how the company evolved after exposure visits in 2007-2008 to produce renewable energy technologies. It has since become a private limited company, established a center for renewable technologies, and become a bridge between academia and industry. The company works to utilize natural resources for renewable energy and create awareness about these technologies in mountain communities.
This document discusses plug-in electric vehicles (PEVs) and the implications for vehicle charging infrastructure. It notes that major automakers are ramping up PEV production over the next few years. Utilities are forming partnerships to prepare for PEV pilots and the increased electricity demand. Significant policy issues that need to be addressed include tax revenue replacement, demand management, carbon caps, standards, and incentives. The document outlines three scenarios for charging infrastructure development and four key impact areas for electric utilities: energy supply and portfolio strategy, wholesale business, retail business, and transmission and distribution business.
[Challenge:Future] Renewable Energy for the Bottom of the PyramidChallenge:Future
This document summarizes a renewable energy project in India that aims to provide electricity to unelectrified areas. The team leader's dream job is to tackle the global energy crisis through sustainable renewable energy solutions. They plan to identify and implement renewable technologies appropriate for developing areas. Their goals are to employ and train local people, use monitoring systems, and collaborate with financial institutions to support micro-businesses powered by electricity. Examples of technologies discussed include biomass, wind, solar, and tidal/ocean current installations across Asia, Africa, and South America. The impact of their work is outlined through 2040 in increasing energy access, employment, incomes and reducing emissions. The team leader's education in innovation, problem-solving, communication and experience
Central africa & Egypt contact issue 2.2012ABBCONTACT
Light and heat from the sun is the most abundant energy source on earth.The solar energy that hits our planet’s surface in one hour is about equal to the amount of energy consumed by all human activities in a year. Moreover, electricity generated by solar power is emission-free and can help mitigate climate change as well as reduce our dependence on finite carbon-based energy sources.
ABB offers a range of solutions that not just help capture the sun’s rays in the most effective manner but also help achieve grid parity.
Schneider Electric Sustainable Developmentbdeclerc
The document discusses Schneider Electric's approach to sustainable development. It focuses on helping provide access to energy in developing nations through its BipBop program, and promoting energy efficiency in developed countries to reduce emissions. Schneider Electric aims to double energy efficiency improvements while halving carbon emissions by 2050. It organizes its sustainable development efforts around profitability, environmental and social responsibilities.
Sustainable development principle applied to electrical cars and network- I applied, the sustainble development principle is not so clear with electrical cars network- Like oil sand- if a supply chain is sustainble, it has to be all along the supply and not only at the user level
PoleCo is a leading designer and supplier of solar and wind powered lighting systems based in Nova Scotia, Canada. They have over 20 years of experience providing renewable off-grid lighting solutions to commercial, industrial, and government clients. PoleCo's solar and wind lighting products provide reliable performance without grid connections or environmental impacts of traditional lighting, and offer the lowest total cost of ownership over the lifetime of the project. Their customized solutions are designed to meet client needs and budgets.
Let's build a smarter planet energy and utilities ejcbmarcoux
In the 1880s, Nikola Tesla invented the 3-phase 60 Hz technology still used in the North American electrical grid, which was then commercialized by George Westinghouse, who was competing with Thomas Edison.
One hundred and twenty five years later, the Smart Grid aims to solve this 19th century problem using 21st century systems. And the 21st century itself brought a new set of challenges to be met: energy efficiency, integration of distributed and renewable energy, charging of electrical vehicles, pressure on costs, environmental concerns, and consumer expectations.
This conference will define what is a Smart Grid, outline its main objectives, present how it is being deployed, and discuss some on-going technological and societal challenges that the industry is facing.
The document discusses Stephen Burdis' presentation at the UK T&I Techworld Conference on November 17, 2011 about cleaner, smarter, and more efficient energy. Some key points included that GE employs 19,000 people across 60 UK sites, produces 20% of the UK's energy, and is working on challenges like smart grids, renewable energy, and energy storage. The presentation also discussed the growing global demand for power, the need to keep it affordable and sustainable, and aging energy infrastructure requiring modernization.
The document discusses the City of Toronto's efforts to promote energy efficiency and reduce greenhouse gas emissions through its Energy Efficiency Office and Better Buildings Partnership program. Some key points:
1) The Energy Efficiency Office develops energy efficiency strategies for the city and works on climate change initiatives like creating green jobs and making buildings more energy efficient.
2) Buildings account for 61% of the city's greenhouse gas emissions, so the Better Buildings Partnership focuses on making existing buildings and new construction more energy efficient.
3) Projects through the partnership have saved over $59 million in annual energy costs, reduced emissions by over 440,000 tonnes of CO2, and created 29,000 jobs in renewable
The document discusses envisioning low carbon cities and the challenges and opportunities they present. It covers topics like materials and technologies, whole building issues, precinct and urban scale issues, community issues, and policies and tools. It also discusses the Cooperative Research Centre for Low Carbon Living and its role in supporting innovations to reduce carbon in the built environment.
2011 10-05 smart grids as an opportunity for finland-jkiSitra Energia
1) The document discusses the opportunities that smart grids present for reducing energy use and greenhouse gas emissions through more efficient energy production and use in buildings.
2) It outlines the EU's goals for reducing greenhouse gas emissions and increasing the use of renewable energy sources by 2020 and 2050, which will require structural changes to energy systems including low carbon energy production and smart integration of production and consumption.
3) The document also examines opportunities for "local energy" through energy savings or locally produced renewable energy at the consumer level and potential challenges and benefits of increasing local energy solutions.
Market Research Report : Photovoltaic Generator Market in India 2012Netscribes, Inc.
For the complete report, get in touch with us at : info@netscribes.com
Dropping solar power tariff rate is spurring the Indian photovoltaic generator market.
The report begins with an introduction into the energy scenario in India. Installed capacity, demand supply gap of power prevailing in India and hence the need for renewable sources of energy is showcased. It gives a clear overview of the components of a solar PV plant and the production chain of PV technology. The market overview section provides an insight into the photovoltaic market which includes the growth and size of PV market in India. The breakup of types of PV modules that are used are also shown. It concludes with a representation of a solar PV value chain.
An analysis of the drivers explains the factors for growth of the industry which includes feasible geographical location of India, fall in prices of PV modules, depleting coal reserves, energy deficiency condition in India, dropping solar power rates, increasing cost of electricity from conventional sources, and time of commissioning of PV projects. However few challenges plague the solar PV sector in India which includes competition from Chinese firms, lack of consumer awareness and the capital intensive nature of solar PV projects.
Key trends in this sector like production of portable solar PV generators, investments in domestic solar PV power producing industry, rooftop power generation, and solar hybrid generators are also highlighted. Upcoming applications of solar PV in the telecom towers and rural ATM’s are also mentioned.
Rcreee regional renewable energy conference 2010 enabling the desertec_conceptRCREEE
The document discusses the Desertec Industrial Initiative (Dii), which aims to provide renewable energy from deserts in North Africa and the Middle East to those regions as well as Europe. Dii was founded by a consortium of companies to enable the long-term DESERTEC vision of meeting 15% of Europe's energy needs from the MENA region by 2050 using solar and wind power generated in desert areas with high potential. Dii will focus on creating political and regulatory support for the concept and demonstrating early reference projects to show its technical and economic feasibility by 2020-2030 when renewable energy is projected to reach grid parity with conventional power sources.
The document discusses utilizing village water resources in Indonesia for rural electrification through community-based development and social business models. It proposes several microhydro power project scenarios ranging from 10-500 MW total capacity that would electrify villages, reduce fossil fuel consumption, create local jobs, and lower carbon emissions. Each village-scale project would be owned and operated by a village cooperative or small enterprise, empowering local communities economically and environmentally in a sustainable way. The document contrasts this social business approach with the traditional growth-based economic model.
johnson controls CanaccordAdams Virtual Roundtable: A Perspective on Energy E...finance8
This document summarizes Johnson Controls' annual analyst day presentation on October 14, 2008 in New York City. Johnson Controls has three main business segments: Building Efficiency, Power Solutions, and Automotive Experience. In 2007, Building Efficiency generated $34.6 billion in sales and $1.3 billion in earnings. The presentation will review Johnson Controls' strategies, market outlook, and guidance for 2009.
1. DSM Nutritional Products organized a technical seminar in Vijayawada, Andhra Pradesh on August 27th, 2012 to share its expertise in vitamins, minerals, and feed additives with customers.
2. The seminar aimed to keep customers informed about changing market trends and customer needs as the nutritional industry evolves.
3. One presentation emphasized the benefits of the enzyme Ronozyme ProAct in reducing feed costs and improving feed utilization.
Clean Local Energy from Community Choice AggregationJohn Farrell
Community Choice Aggregation (CCA) programs allow local governments to purchase electricity on behalf of their residents and businesses from an alternative supplier while still using existing power lines. CCAs can lower electricity rates, source more renewable energy, and invest savings into local priorities. They give communities control over their energy supply while breaking up utility monopolies. Many regions across the country could implement CCAs to realize greater local benefits from clean, distributed energy resources.
A presentation by ILSR Senior Researcher John Farrell to the Pedernales Electric Cooperative on April 2, 2012, about the opportunity of local clean energy generation.
This document summarizes the costs and benefits of Australia's green electricity schemes, including various renewable energy sources and generation technologies. It discusses the schemes' goals of achieving resource sustainability, reducing carbon emissions, and increasing energy independence. It also provides data on the fuel sustainability, carbon intensity, construction costs, dispatch capability, and ability to change output of different generation sources like coal, natural gas, hydro, wind, and solar.
1) Explain your product and value proposition in 1-2 concise sentences. Focus on how it helps homeowners save on energy costs through personalized recommendations and optimizations.
2) Highlight your business model and potential revenue streams. Emphasize partnerships with solar installers to bundle your product and a subscription-based service.
3) Share customer validation so far. Note interest from homeowners in saving energy and solar companies as potential distribution partners.
4) Request the funding amount needed and how it will be used - to further develop the product and web service, and for customer acquisition like marketing.
The document summarizes a workshop on solar photovoltaic business models held by INDIS Energy and pManifold. It outlines the workshop objectives to educate participants about consumer solar products, off-grid and rooftop solar solutions, grid-connected solar plants, and the manufacturing and financing aspects of solar energy. Key gaps in scaling up solar power in India are identified as high initial capital costs, limited skills and awareness, a lack of solar insolation data, and difficult financing. Consumer solar products like LED lights could help address the need for lighting among rural populations currently spending significantly on biomass and kerosene for lighting daily.
This document summarizes the history and operations of Hydro Link Engineering & Equipment Company, an ISO 9001-2008 certified renewable energy technology company based in Pakistan. It discusses how the company evolved after exposure visits in 2007-2008 to produce renewable energy technologies. It has since become a private limited company, established a center for renewable technologies, and become a bridge between academia and industry. The company works to utilize natural resources for renewable energy and create awareness about these technologies in mountain communities.
This document discusses plug-in electric vehicles (PEVs) and the implications for vehicle charging infrastructure. It notes that major automakers are ramping up PEV production over the next few years. Utilities are forming partnerships to prepare for PEV pilots and the increased electricity demand. Significant policy issues that need to be addressed include tax revenue replacement, demand management, carbon caps, standards, and incentives. The document outlines three scenarios for charging infrastructure development and four key impact areas for electric utilities: energy supply and portfolio strategy, wholesale business, retail business, and transmission and distribution business.
Feasibility and Efficiency of Renewable Energy Habitat Nilam Shah
This document provides an overview of renewable energy sources and applications in India. It discusses the current energy landscape and generation capacity in India. It then examines perceptions around the feasibility and returns of investing in different asset classes like real estate, stocks, and bonds compared to renewable energy. The document outlines applications of renewable energy with breakout potential, including solar water pumps, solar rooftops, solar microgrids, and installing solar panels on wastelands. It provides economic case studies for each of these applications and discusses challenges around shifting perceptions and policies to promote renewable energy adoption.
The document discusses plug-in electric vehicles (PEVs) and the implications for vehicle charging infrastructure. It notes that automakers are ramping up PEV production forecasts for 2010 and beyond. Utilities are forming partnerships to prepare for PEV pilots. There are significant policy issues to address regarding tax collection, demand management, carbon caps, interoperability standards, and incentives. The document outlines three scenarios for charging infrastructure development and four key impact areas for the electricity industry regarding PEVs.
The document discusses opportunities for cleantech collaboration between Vancouver, Canada and Japan in the aftermath of the Fukushima nuclear disaster and Japan's increased focus on renewable energy and energy conservation, including opportunities to supply Japanese companies and markets with technologies such as solar PV modules, lithium-ion batteries, fuel cell micro-CHP systems, and to seek investment from organizations like INCJ.
The document proposes developing a 2MW biomass gasification power plant in Greater Tzaneen Municipality, South Africa. It would utilize waste woodchips from a local sawmill as fuel. The plant would cost $33 million to build and create 17 permanent jobs. It would sell 400kW of power to the sawmill and 1.6MW to the grid under a power purchase agreement. Financial modeling shows the plant would break even in year 3 and achieve a 19.43% internal rate of return. The project timelines include obtaining fuel supply and power agreements through 2022, with construction and commissioning expected to be complete in late 2022 or early 2023.
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Let’s connect, discuss and continue our work in renewable energy together.
This document summarizes Emergence Bioenergy Inc.'s "Waste4Energy" project, which uses micro-combined heat and power (micro-CHP) technology to convert biomass into electricity. The project aims to provide reliable off-grid power to telecom towers and rural communities in Bangladesh. A pilot project was launched using cattle manure to fuel a micro-CHP unit providing power to a telecom site and village. The document outlines the technology, business model, risks, milestones, cost-benefit analysis, and objectives of the pilot between Emergence Bioenergy, local farmers, and mobile network operators.
The document discusses India's efforts to develop a domestic solar photovoltaic (PV) manufacturing industry. It notes India's national goal of installing 100 GW of solar power by 2022 to meet energy demands and leverage the domestic market. The government has implemented policies like requiring use of domestically manufactured solar modules in bids. The document outlines the evolution of global solar PV manufacturing capacity and declining prices. It analyzes challenges for manufacturing in India like higher costs and recommends a phased approach to establish a complete domestic solar PV manufacturing supply chain for solar cells, modules, ingots and wafers.
This document discusses the manufacturing of a solar car. It describes the key components of the solar car, including solar panels, batteries, a brushless DC motor, and a charge controller. The solar panels collect energy from the sun which is stored in lead-acid batteries. The batteries then provide power to the brushless DC motor, which drives the car. The charge controller regulates the voltage to prevent overcharging of the batteries. The document analyzes the performance of the solar car system, including the effects of solar panel area and orientation on vehicle performance and fuel savings compared to gasoline-powered vehicles. It is concluded that solar electric vehicles have the potential to significantly reduce fuel consumption and emissions in a sustainable way.
ADA power high effeciency presentataion summary 02.05.2019Avanindra Yadav
The Unique Hyper Solar Innovation/Technology which we have designed can produce multi-fold units of energy as compared to the existing solar plants and is also environment-friendly.
Viridor Waste Management, CRT Heaven, and MDJ Light Brothers are companies involved in plastics and electronics recycling in the UK. The opportunity involves increasing recycling of electronics and plastics, which currently have low recycling rates. Electronics contain valuable materials like gold but also toxins, while plastic consumption is growing but most is not recycled. Government initiatives aim to boost recyclate markets and recycling infrastructure to create more opportunities in this area and meet environmental targets.
Renewable Energy, Energy Efficiency and Bio DiversityZolt Energy
This document discusses renewable energy and biodiversity. It provides an overview of EfficientCarbon, a company that offers carbon management, sustainability strategy, and solar energy advisory services. It then discusses India's energy scenario and the contributions of different energy types. It outlines various renewable energy sources like hydroelectric, geothermal, wind, and solar power. It describes how these technologies work and provides assessments of their advantages and disadvantages. Examples of renewable energy projects and companies around the world are also mentioned. The document concludes by discussing the importance of energy efficiency and simple individual actions people can take to help address sustainability issues.
The annual shareholders meeting presentation summarized the company's plans to achieve profitability through increased production volume and global expansion. Key points included ramping North American production to 70MW annually, establishing manufacturing in South Korea through a partnership, and gaining a foothold in European markets. The company projected achieving positive EBITDA at 80MW of annual production volume.
The document discusses the global outlook and development of electric vehicles and their infrastructure. It covers technical roadmaps and challenges of EVs, as well as power batteries and smart grid infrastructure. The professor argues that EVs represent a disruptive industry that requires coordinated development between governments, automakers, and suppliers to establish new industrial alliances and supply chains. EVs will play a key role in achieving global sustainable development goals.
M/S ADA Power & Infra Limited is one of the upcoming industry in the field of Renewable energy & Infra fields .Special focus on Solar & waste management products & services in following area:
Solar EPC (Engineering Procurement & construction).
Solar IPP Projects
Solar LED Lights
Developing Smart Villages by adopting lean Techniques.
Integrated Solid Waste Management
Production of Bio Fuels with Organic Farming
Skill Development and Waste & Drinking Water Management.
Substations, Building automation, Designing, erection of 11 /33/132/400 KVA Over Head Lines & Commissioning
EWS Housing.
Consultancy & Development of manufacturing facility Solar Products with latest Technology.
Consultancy for setting up Smart City
ABB Contact 3/12 (India) Energy Efficiency IssueABBCONTACT
ABB has been in the energy business for 120 years. Using energy more efficiently will not only contribute the lion's share of emissions reductions needed, it is arguably the most sustainable and cheapest way to reduce emissions and address global energy security. Energy- efficient systems can pay for themselves in energy saving, sometimes within months, and further reduce operation and maintenance costs in the long term. Plug in to this issue to understand how we help customers squeeze the most value from each unit of energy they use.
With the roaring conventional fuel scarcity and environmental problems all over the world, a shift towards clean resources is need of hour now.
This report summarizes, present opportunities and challenges, for a new company entering the renewable market in India.
1) India has ambitious targets to increase renewable energy capacity and reduce emissions. Targets include installing 100 GW of solar capacity and 60 GW of wind capacity by 2022.
2) As of June 2016, India had over 44 GW of installed renewable capacity from sources like wind (27.15 GW), solar (7.8 GW), biomass, small hydro, and waste-to-energy. Renewables now make up about 14% of India's total installed capacity.
3) The government is providing various policy support and incentives to boost renewable energy development. This includes a fixed tariff for solar projects, tax exemptions, import duty reductions, and a renewable purchase obligation for utilities. India's solar potential is
The United Nations Industrial Development Organization's Low Carbon Transport Project hosted a workshop seminar on sustainable transport and mobility for cities in Durban on the 30th of March 2017. This workshop was presented with the aim of highlighting the benefits of using electrified mobility powered by renewable energy. The objectives of the workshop included: Enlightening members of the sustainable transport fraternity in South Africa; sharing the current policy developments for sustainable transport use and operations; discussing the environmental benefits of including electric vehicles in South Africa’s transportation modal mix; offering insights to the various types of transport modes available and those suitable for city commuting and public services; proposing methods to include green vehicles into local government fleets; discussing the possibilities of converting a fleet to electric drive vehicles through other initiatives; demonstrating macroeconomic factors to better understand how the introduction of electrified transport modes could add value to the economy of the city and South Africa at large.
1. Electric Vehicle
Bamboo Technology
Low Cost Modular Housing
Cooperation
2. Our commitment to the environment comes naturally to us. We
believe that the best place we can all begin to conserve and
protect our natural resources is in our own backyard.
We are continuing to explore and introduce important initiatives
that will help the planet. Our commitment will continue as we
develop new ways to improve everything we touch – from the
facilities we design, to industrial plantings, to driving economic
development.
The KPC Group is built on the tenets of the Triple Bottom Line
whose foundation is based on the well-being of the people and
communities where the company conducts its business
(people), sound and sustainable environmental practices
(planet), and sterling financial performance (profit).
Our global objectives are to:
reduce the pressure on the world’s natural forests by providing
alternative fiber and products
drive change from a petroleum-based society to a bio-based
society
create an industry that is carbon negative, off-grid and that
follows the principles of the International Living Future
Institute.
11. Project KPC Initial Investment Government Cooperation
AMC 1: Electric Car Factory $2,500,000 USD 350 Acres
AMC 2: Bamboo Factory $1,500,000 USD 200 Acres – 700 Agricultural
AMC 3: Bamboo Pre-processing
$500,000 USD each 20 acres
Factory
Collection Stations $100,000 USD each 5 Acres each
AMC 4: Battery Factory $2,500,000 USD 50 Acres
Government Proposed Cooperation
Project Location (s): 300-1000 Acres (300 Acres in Special Economic Zones)
500 – 700 Acres agricultural
Subsidy : 2 Years 700 Kwh per year.
Soft Loan: Capital equipment acquisition.
Support in Bamboo technology:
in forms of subsidies, technology transfer, and other incentives not yet identified.
Support in Battery and Electric Vehicle technology:
in forms of subsidies, technology transfer, and other incentives not yet identified.
13. The 3 E Principle
SAIG company profile…
SAIG Environmen
t
Today Education
Employmen
t
14. Preface SAIG (Self Assembled International Group), a subsidiary of the KPC Group; is
currently exploring international expansion options in India.
A cutting edge transportation company, SAIG currently manufactures low cost
electric vehicles in Vietnam for global distribution. Our philosophy is to provide
eco-friendly transportation as a safe and affordable option to low income
families while making a positive impact in the markets we faithfully serve.
Through the 3 principles of environment, education, and employment; SAIG
wishes to support India’s innovation and people.
The following proposal outlines how we will accomplish this through
cooperation.
15. The Circle of Green
Prosperity
Zero-emission vehicle
engineering & manufacturing
Collaborating with
Governments
Battery engineering &
manufacturing
Battery secondary-
use
4R business
Smart-grid research, EV recycling
Charging network SAIG-made QC
16.
17. Autonomous Assembly
• First Self sustaining factory.
• Solar /Bio Mass Power matrix
• Water Reclamation
The FIRST • Local sourcing: creates jobs and
Bamboo Composites GREEN PEOPLE’S opportunities in agriculture. ( Bio
fiber, Bio Mass)
EV! • Places batteries in the safest location
• Provides optimum weight distribution
for ideal/predictable handling
• Allows for 5 passenger seating by not
intruding into cabin space
Our Researchers have expanded
their expertise in the product
design by applying the usage of
raw materials like bamboo fiber
which is stronger as well as can
New Polymer Lithium Battery
be utilized in generating high end
quality sustainable automotive
bodies and panels.
18. The global entry car strategy
Launch low-cost cars in over 15 countries beginning in 2016
Platform exclusively for Segment A
Status cars with modern styling and a roomy interior
3 types of models
Production to start in 2014 Da Nang
Thailand India China Vietnam
20. SAIG company profile…
SAIG
Today
SAIG wOw Factory Environment :
Energy usage: 700Mw est.
Facilities
Construction and operations plans call for use of both solar
and bio-mass power that will reduce dependency on the India
……………………………...
power grid within 2 years. These facilities will have the
Output:
capacity of powering additional vendor factories and homes
35,000 units per annum
(2 shifts) in the area and supply the West Bengal power grid.
60,000 units per annum
(3 shifts) Water reclamation and filtration featuring the latest in closed
……………………………… loop manufacturing systems.
Land usage: 250 acres/
122ha; Inline with use of Air Filtration: Harmful exhaust will be filtered via Bamboo
land in EU. charcoal filtration capturing mercury and toxins.
May 2005, Toyota-Peugeot car Bio Char availability to area farmers for use as fertilizer and
factory near Prague produces
300,000 cars/year and spans an area carbon sequestration for 1000 years.
of 124 ha (306 Acres).
21. SAIG company profile…
SAIG
Today
wOw Cars
Environment :
Configurations: Resort vehicles,
passenger autos/trucks, commercial wOw Cars is envisioned Productwheeler for those who
as the four
and delivery vehicles
can only afford a two wheeler, due to its affordable price.
Pricepoint: 2500usd – 12,000usd
depending on model
Contributing to the lower cost of ownership and the
Drivetrain: Electric opportunity to make a positive impact on the environment;
Charge: 240V SAIG commits to eco-friendly products.
Body: Bamboo biodegradable
composite As Indians choose the wOw-Car over the competition, the
Interior: Biodegradable plastics number of two wheelers and gasoline powered micro cars on
Tires: 12”
the road will likely significantly decrease over the next decade
along with the amount of pollution in India urban centers.
Emissions: meets BS II, III, IV which
are Euro II, II, IV equivalent
22. SAIG company profile…
SAIG
Today
Environment :
wOw Batteries and Product
wOw Cars is envisioned as the innovator in new battery
Chargers and storage technology. Wireless charge Systems and
lithium polymer battery applications give this technology
Configurations: Consumer
a widened variety of uses from consumer products to
Electronics , passenger
autos/trucks, commercial and vehicles.
delivery vehicles
This will create many ancillary businesses in the India
Type: Polymer Lithium
economy including government revenue in export fees,
Drivetrain: Electric and simultaneous domestic sales.
Charge: 48V
System : Wireless
23. SAIG company profile…
SAIG KPC Medical College & Hospital, Jadavpur
Today
Education
Dr Kali P. Chaudhuri founded the first private medical school in West Bengal. The
medical college is approved by the Medical Council of India and the State
Government. It is affiliated with West Bengal University of Health Sciences.
In continuing with Dr. Kali P. Chaudhuri’s philosophy of higher education being made
available to the masses; SAIG will make investments into the training the workforce
via public universities, and National Council for Vocational training in:
Engineering
Production
Computer Science
CAD ( Computer-Aided Design)
Green Technology
Power Storage
24. SAIG company profile…
SAIG
Today Employment
The SAIG Factories - India will employ between 3,000
and 5,000 workers for a total output of 60, 000 units per
SAIG Factory – Automotive annum for cars.
……………………………...
Direct employment:
Indirect employment resulting from the operations in West
2,000 (2 shifts) Bengal:
3,500 (3 shifts)
……………………………… Component vendor operations
Indirect Employment: Local source agriculture in Bamboo and other bio
mass
10,000
Transportation
Factory support industries
Customer Service
Dealership Network
25.
26.
27.
28.
29.
30.
31.
32.
33. Low Cost 200 -2000 square foot housing.
Bio Char: filtration, bio oil, pharmaceuticals
Bamboo R+D. (Bio Fuels, medicinal, building materials.)
Bamboo fiber for apparel and paper industries.
Wood for flooring paper and furniture industries.
Bamboo Wind Turbine Blades.
33
34.
35.
36. Bamboo Building Materials
Types:
• Carbonized Vertical Grain
• Carbonized Horizontal Grain
• Staining possible
Applications:
• Trusses, Beams, Columns
• Pre-fab systems
• Dimensional Components
• Curtain Walls, Storefronts
• Integration into Engineered Wood assemblies
(Glulam)
Advantages:
• High compressive strengths
30% more than softwoods
• High tensile strengths
10 times that of other woods
• High dimensional stability
20% more than other woods
• Rapidly renewable material
Over 8 times the fiber/acre of timber
• Capable of long spans
• Antimicrobial characteristics
• Anti-pest characteristics
37. ……………………………...
Input:
Bamboo and other natural grass fibers.
………………………………
Usage:
Power, Auto Bodies, Seats, Interior
Panels,
Our bamboo plastic composite from bamboo powder
content, particle size, type of coupling agent, etc. The
bamboo-plastic composite is made of extrusion and
injection molding process. Results show: when bamboo
powder content is 30%, impacting strength of the
material is the highest; the bamboo-plastic composite
which made of Silane and MAPE has higher impacting
strength than others; when PP: HDPE = 2:3, the
impacting strength of the bamboo-plastic composite is
the highest. Compared with these factors, the coupling
agent on impacting strength is the most obvious
influence.
38. ……………………………...
Input:
Bamboo and other natural grass fibers.
………………………………
Usage:
Power, Auto Bodies, Seats, Interior
Panels,
39.
40. Bamboo Wind Turbine and Utility
First implementation of this technology was an innovative segmented bamboo fiber Posts
composite mast that can be assembled on-site during the wind turbine installation
and can provide a number of short and long term benefits:
Durability: organic fiber composites actually have a longer lifetime and do not
require maintenance (such as painting and corrosion protection). They also have
various mechanical advantages such a better fatigue resistance.
Significant weight reduction of >40% over steel means that, for example, each of
our prototype mast segments weighs less than 30kg; therefore the segments can be
easily handled and transported by two installers, supporting ease and efficiency of
installation.
A greener and more appealing product: Using carbon-sequestering organic fibers
and ecological resins, our towers are actually carbon-negative and can be recycled.
The more appealing and less industrial looking product design - which can have
natural or painted finished - blends better into the typical environment for small and
medium size on-shore turbines.
Cost savings: The prototype bamboo composite mast has been costed on par with
comparable steel masts at current prices (as of 2012). However, steel prices show a
long-term upwards trend; small turbine manufacturers were already hit hard in 2008
from a doubling of steel prices. By replacing considerable amounts of steel with
organic fiber composite, we reduce the impact of such price rises.
Sustainability: Organic fibers can be sourced from various locations, and do not only
support the environment, but also local communities. We have developed small and
medium volume manufacturing processes that can be implemented in small
workshops and with regional proximity to the target markets.
41. Bamboo Wind Turbine Blades
Recently, a large number of scientists and manufactures Bamboo Polymer
shown their interests on natural fiber reinforced composites. Blades
Not only because of the relative lower cost, but also with
better renewability. Longer lasting than
conventional carbon
In wind turbine blade application, bamboo shown its low polymers
weight and fastest growth rate, as a result, bamboo laminate No International Shipping
could work as a candidate of the core materials of the blade. Costs =Low Cost
The operation load of bamboo laminate is Wind Turbine technology
lower than UD-glass fiber composite, but for India
better than Balsa wood which is the other
common used nature composite.
Source: School of Materials
The University of Manchester
Bamboo Utility
Poles
Longer lasting
than Steel
No International
Shipping Costs
=Low Cost
42. Bamboo Wind Turbine Street Light
Bamboo Street Light, the concept streetlight will cut the use
of conventional electricity. So, it comes equipped with a small
wind turbine integrated into the top of the light.
During the day, the Bamboo Eco Street Light harnesses wind
energy and stores it in an underground battery. When it gets
dark, the stored electricity can be used to power the light. The
specially designed turbines can rotate to any direction to
maximize power generation. It comes embedded with
intelligent light sensors that control any minor fluctuations in
daylight, and accordingly, turn the streetlight off and on when
required. Moreover, it flaunts low voltage LEDs to disperse
the light.
43.
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45.
46.
47.
48. Power generation :1 MW / hour
Annual power generation :8,000 MW / year
Process :Pyrolysis
Area required :200 acres of land
49. KPC brings India many opportunities in
direct and indirect employment, technology
transfer, and the Notoriety of being the India’s Advantage
GREEN Automotive manufacturer.
50.
51. SAIG company profile…
SAIG
Today
Dr. Kali Pradip
Chaudhuri
FACIP, FAAPM, FICS, FAAOS, FACS
CHAIRMAN