Presentation given on the status of global geothermal development at the Indonesia International Geothermal Convention & Exhibition 2017 in Jakarta, Indonesia
Global Geothermal Development - An Overview, September 2017ThinkGeoEnergy
This document provides an overview of global geothermal development and capacity as of September 2017. It summarizes installed geothermal capacity by country, with the United States having the highest capacity at 3,567 MW. Charts show the top 10 countries by installed capacity and projects under development, with Indonesia leading in the latter. Regional markets are also examined, with Asia having the most installed capacity and projects at 5,836 MW. Information on geothermal development in Turkey over time is presented, and global geothermal potential is estimated at over 140,000 MW eventually with technological advances.
Presentation to Ministerial Meeting of Global Geothermal Alliance, Florence, ...ThinkGeoEnergy
This is a presentation given at the first high-level ministerial conference of the Global Geothermal Alliance of IRENA in Florence, Italy, September 11, 2017
Geothermal Energy - Global Development StatusThinkGeoEnergy
The document discusses the current status and potential of geothermal energy development globally. It provides statistics on the top geothermal countries by installed capacity as of November 2016, led by the United States, Philippines, and Indonesia. Analysis from the IFC estimates a total global investment potential in geothermal energy of $27 billion, with the largest opportunities in East Asia Pacific and Latin America. While current global installed geothermal capacity is around 13 GW, technical resource estimates indicate a potential of over 140 GW eventually achievable.
Global Geothermal Development, CanGEA Conference, March 2013ThinkGeoEnergy
The document summarizes the current status of global geothermal development. It shows that Asia has the largest installed geothermal capacity at 4,568 MW, followed by North America at 4,344 MW. The development pipeline is largest in the United States, Indonesia, and the Philippines. Financing remains a challenge, with development banks playing a key role. The document also outlines opportunities for Canadian companies to participate in geothermal supply chain areas like drilling, engineering, manufacturing, and services.
Keynote presentation at GEORG Geothermal Workshop, Nov. 24, 2016ThinkGeoEnergy
This is a keynote presentation, I gave at the GEORG Geothermal Workshop in Reykjavik/ Iceland on November 24, 2016. It was held as part of my role as President of the International Geothermal Association with data from my activities at ThinkGeoEnergy.
Global Geothermal Development as of July 2016ThinkGeoEnergy
The document summarizes geothermal energy development globally and in various countries. It shows that the United States has the largest installed geothermal capacity at 3,567 MW as of July 2016, followed by Indonesia, the Philippines, Mexico, and Italy. Turkey has seen significant growth in geothermal capacity since 1984. The global geothermal energy potential is estimated to be over 200,000 MW, though only around 13,000 MW of capacity is currently installed worldwide. ThinkGeoEnergy conducts extensive research on global geothermal projects and resources.
Global Geothermal Development - An Overview, September 2017ThinkGeoEnergy
This document provides an overview of global geothermal development and capacity as of September 2017. It summarizes installed geothermal capacity by country, with the United States having the highest capacity at 3,567 MW. Charts show the top 10 countries by installed capacity and projects under development, with Indonesia leading in the latter. Regional markets are also examined, with Asia having the most installed capacity and projects at 5,836 MW. Information on geothermal development in Turkey over time is presented, and global geothermal potential is estimated at over 140,000 MW eventually with technological advances.
Presentation to Ministerial Meeting of Global Geothermal Alliance, Florence, ...ThinkGeoEnergy
This is a presentation given at the first high-level ministerial conference of the Global Geothermal Alliance of IRENA in Florence, Italy, September 11, 2017
Geothermal Energy - Global Development StatusThinkGeoEnergy
The document discusses the current status and potential of geothermal energy development globally. It provides statistics on the top geothermal countries by installed capacity as of November 2016, led by the United States, Philippines, and Indonesia. Analysis from the IFC estimates a total global investment potential in geothermal energy of $27 billion, with the largest opportunities in East Asia Pacific and Latin America. While current global installed geothermal capacity is around 13 GW, technical resource estimates indicate a potential of over 140 GW eventually achievable.
Global Geothermal Development, CanGEA Conference, March 2013ThinkGeoEnergy
The document summarizes the current status of global geothermal development. It shows that Asia has the largest installed geothermal capacity at 4,568 MW, followed by North America at 4,344 MW. The development pipeline is largest in the United States, Indonesia, and the Philippines. Financing remains a challenge, with development banks playing a key role. The document also outlines opportunities for Canadian companies to participate in geothermal supply chain areas like drilling, engineering, manufacturing, and services.
Keynote presentation at GEORG Geothermal Workshop, Nov. 24, 2016ThinkGeoEnergy
This is a keynote presentation, I gave at the GEORG Geothermal Workshop in Reykjavik/ Iceland on November 24, 2016. It was held as part of my role as President of the International Geothermal Association with data from my activities at ThinkGeoEnergy.
Global Geothermal Development as of July 2016ThinkGeoEnergy
The document summarizes geothermal energy development globally and in various countries. It shows that the United States has the largest installed geothermal capacity at 3,567 MW as of July 2016, followed by Indonesia, the Philippines, Mexico, and Italy. Turkey has seen significant growth in geothermal capacity since 1984. The global geothermal energy potential is estimated to be over 200,000 MW, though only around 13,000 MW of capacity is currently installed worldwide. ThinkGeoEnergy conducts extensive research on global geothermal projects and resources.
Physikal - JSR 363 and Kotlin for Clean Energy - Java2Days 2017Werner Keil
This session will give you a brief overview of how Tenkiv and Nexus Brain use Kotlin and Physikal/JSR 363 to calculate the optimal usage of alternate energy sources and control solar power systems used for making clean water anywhere from Flint Michigan to Afghanistan.
For a Better Tomorrow: Renewable Energy in India is on the Rise | An Aranca ...Aranca
Cost competitiveness and energy efficiency initiatives by the government have propelled an increasing tilt towards the usage of renewable energy. The country is expected to continue the growth momentum in the usage of renewable energy with wind energy taking the lead.
Australia's Renewable Energy Sector - Better Days Ahead | An Aranca InfographicAranca
Australia’s renewable energy sector is on an upswing. Given the fast pace at which this sector is growing, it is expected to surpass the government’s 2020 target of 20% contribution to the total energy mix.
This document provides an overview of wind power in India, including its potential, installed capacity, policies and incentives. It discusses the following key points:
- Wind power accounts for 68% of India's installed renewable energy capacity of 27.54 GW as of 2013. The state of Gujarat has the highest estimated wind power potential at 35 GW.
- Installed wind power capacity has grown from 7.1 GW in 2006-07 to 19.1 GW in 2012-13, exceeding targets. Top states are Tamil Nadu, Gujarat, Maharashtra, Rajasthan and Karnataka.
- Key policies to promote the sector include accelerated depreciation, generation-based incentive, renewable purchase
India invested $9.7 billion in renewable energy in 2016, equivalent to the cost of building 11 new 1000MW coal-fired power plants. This investment accounted for 5% of global renewable energy capacity and was a record for India. However, India is still falling behind on its goal to increase renewable capacity and needs to rapidly scale up investments to meet its target of 175GW of renewable energy by 2022.
Renewable energy accounts for nearly 13% of India's installed power capacity, with wind power making up around 70% of renewable energy. Tamil Nadu has the largest wind power capacity of 7,154 MW, followed by Gujarat with 3,093 MW and Maharashtra with 2,976 MW. Key factors supporting wind power development in India include accelerated depreciation benefits, generation-based incentives, and renewable purchase obligations, while lack of regulatory frameworks and grid connectivity pose hindrances. Future areas of focus include installing larger turbine sizes, increasing hub heights, improving forecasting abilities, and developing offshore wind power.
Global Waste Investment: AcuComm's 2017 ForecastAcuComm
AcuComm anticipates 373 waste management projects totaling $29 billion to become operational in 2017. These projects represent 82 million tons of annual waste processing capacity and over 7,500 MW of power generation. The majority of projects are located in Europe and Asia, with the UK, Japan, and China having the largest number. Most projects involve municipal solid waste and technologies like incineration, gasification, and integrated waste processing facilities.
Presented by Arjan Droste and Peter Kalverla at the energy meteorology symposium "From model field to power yield". More info: peter9192.github.io/energy-meteo
WWF Japan's Energy Vision: Energy Scenario Proposal for Decarbonizing JapanNaoyuki Yamagishi
1. WWF Japan proposes an energy scenario to decarbonize Japan's economy by 2050 through massive energy savings, phasing out nuclear power, and increasing renewable energy supply.
2. Their analysis shows that energy demand can be halved by 2050 through energy efficiency measures. Renewable energy sources like solar, wind and biomass are sufficient to meet Japan's energy needs and the costs will decrease over time as the transition is made.
3. While the power grid will require investments to accommodate more renewable energy, studies show it can adapt if changes are made early. WWF Japan calls for ambitious targets and a shift to more renewable-centric thinking to achieve a 100% renewable energy system.
Energy in an Interconnected World - Arash AazamiSUCanadaSummit
Global energy consumption grew 47.7% from 1997 to 2017 according to data from Enerdata. Fossil fuel consumption has increased substantially from 8000 BC to 12000 AD. A smart, multi-commodity grid could help interconnect energy resources in a more efficient and sustainable way through initiatives like the Internet of Energy.
This document summarizes the status and future of concentrating solar power (CSP). It discusses how CSP plants work by using mirrors to concentrate sunlight and produce heat that can be used to drive traditional steam turbines or engines to generate electricity. It also notes that CSP deployment has rapidly increased in recent years, with costs falling. However, the document states that the value of CSP increases when it can provide reserves to support renewable energy on the electric grid. It concludes by discussing CSIRO's research into improving the performance and lowering the costs of CSP technologies.
Vibrant Gujarat - Renewable Energy Sector ProfileVibrant Gujarat
• Promoting open and competitive markets for renewable/sustainable energy power projects.
• Supporting companies and other private sector where there is a gap through a single window clearance.
• Helping to generate productive jobs and deliver essential services to the Renewable Energy sector.
• Catalyzing and mobilizing the promotion and popularization of sustainable energy technologies through various outreaches programmed and projects."
1) Wind power in India has grown significantly in recent years, with total installed capacity reaching 35,661 MW as of present. However, there is still significant potential for further growth as assessments indicate India's wind power potential is over 102,000 MW.
2) India has adopted a commercial and market-oriented approach to developing its wind power sector, establishing a conducive policy framework and allowing private sector investment and participation. Technology development has kept pace with international standards.
3) The government has set a target of reaching 60 GW of installed wind power capacity by 2022 in order to meet growing energy demands through its National Wind Energy Mission. Significant further investment will be required to achieve this ambitious goal.
Delivering to the Energy Marketplace - Texas Harvests Wind and SolarRick Borry
Texas is a well-known energy state, and is famous for oil and gas production. But surprising to many, it is also the nation’s leading electricity producer, generating more than 10% of the total US electric energy annually, according to the Energy Industry Administration’s most recent report. In fact, on a global energy producer scale, Texas would rank number 12, between South Korea and the United Kingdom.
With vast supplies of natural gas and coal, it is the national leader in electricity generated from fossil fuels, but Texas also leads in production by intermittent renewables – wind and solar.
To utilize these resources, Texas augmented their grid by creating Competitive Renewable Energy Zones, and constructed CREZ transmission lines to deliver these valuable resources to consumers. The Energy Reliability Council of Texas is charged with providing this massive market with dependable electric power. Even though the capacity of intermittent resources on the ERCOT grid is an impressive 15 percent, the energy generated and transported is still only about 8 percent – but growing.
How will Texas manage increasing penetration of renewable energy on the ERCOT grid? Are the CREZ lines situated to take advantage of optimum wind and solar regions? What are the risks and rewards for energy producers and consumers?
Join us with industry expert Ron Seidel, former president of Texas Independent Energy, to share his insights and delve into these questions in our live webinar.
This document discusses an energy study conducted by Daohong Wu et al. and published in Energy Procedia in 2017. The study examined energy usage at a facility over multiple pages using data from 2017. It references peer-review responsibilities and open access publication terms.
In this deck from the HPC User Forum in Tucson, Jorge L. Balcells from VerneGlobal presents: Verne Global Datacenters for Forward Thinkers.
Watch the video presentation: https://youtu.be/mEgxB0XKF5s
Learn more: https://verneglobal.com
and
http://hpcuserforum.com
Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
A new mobile application launched by the Gujarat Energy Research and Management Institute provides solar energy generation data for any location. The app uses 10 years of satellite data from NASA to calculate solar power potential for an acre of land. It allows users to input latitude and longitude coordinates to obtain digital values for solar generation in that area within moments. Researchers at GERMI have also prepared solar maps for India with regional details, which solar developers can use to optimize plant planning. The app creators plan to expand it to support rooftop solar calculations and connect to GPS coordinates.
Iceland Launch of Think GEOENERGY Magazine, October 2013ThinkGeoEnergy
The presentation was held at a launch event for the Think GEOENERGY Magazine in Reykjavik, Iceland in October 2013. In attendance were all the major geothermal players in Iceland, as well as government representatives and financial players.
The presentation also included an overview on global geothermal development and some notes on marketing of the Iceland geothermal sector in the global context.
The document provides an overview of the power sector in India. It discusses key points:
- India is the third largest producer and fourth largest consumer of electricity globally. The government plans to add 88.5 GW of capacity by 2022 to meet growing demand.
- Renewable energy capacity is expected to grow significantly, with wind and solar targets of 60 GW and 100 GW respectively by 2022.
- The sector has seen large-scale investments and policy support including 100% FDI allowance, which has boosted growth. However, challenges around infrastructure and integration of renewables remain.
Physikal - JSR 363 and Kotlin for Clean Energy - Java2Days 2017Werner Keil
This session will give you a brief overview of how Tenkiv and Nexus Brain use Kotlin and Physikal/JSR 363 to calculate the optimal usage of alternate energy sources and control solar power systems used for making clean water anywhere from Flint Michigan to Afghanistan.
For a Better Tomorrow: Renewable Energy in India is on the Rise | An Aranca ...Aranca
Cost competitiveness and energy efficiency initiatives by the government have propelled an increasing tilt towards the usage of renewable energy. The country is expected to continue the growth momentum in the usage of renewable energy with wind energy taking the lead.
Australia's Renewable Energy Sector - Better Days Ahead | An Aranca InfographicAranca
Australia’s renewable energy sector is on an upswing. Given the fast pace at which this sector is growing, it is expected to surpass the government’s 2020 target of 20% contribution to the total energy mix.
This document provides an overview of wind power in India, including its potential, installed capacity, policies and incentives. It discusses the following key points:
- Wind power accounts for 68% of India's installed renewable energy capacity of 27.54 GW as of 2013. The state of Gujarat has the highest estimated wind power potential at 35 GW.
- Installed wind power capacity has grown from 7.1 GW in 2006-07 to 19.1 GW in 2012-13, exceeding targets. Top states are Tamil Nadu, Gujarat, Maharashtra, Rajasthan and Karnataka.
- Key policies to promote the sector include accelerated depreciation, generation-based incentive, renewable purchase
India invested $9.7 billion in renewable energy in 2016, equivalent to the cost of building 11 new 1000MW coal-fired power plants. This investment accounted for 5% of global renewable energy capacity and was a record for India. However, India is still falling behind on its goal to increase renewable capacity and needs to rapidly scale up investments to meet its target of 175GW of renewable energy by 2022.
Renewable energy accounts for nearly 13% of India's installed power capacity, with wind power making up around 70% of renewable energy. Tamil Nadu has the largest wind power capacity of 7,154 MW, followed by Gujarat with 3,093 MW and Maharashtra with 2,976 MW. Key factors supporting wind power development in India include accelerated depreciation benefits, generation-based incentives, and renewable purchase obligations, while lack of regulatory frameworks and grid connectivity pose hindrances. Future areas of focus include installing larger turbine sizes, increasing hub heights, improving forecasting abilities, and developing offshore wind power.
Global Waste Investment: AcuComm's 2017 ForecastAcuComm
AcuComm anticipates 373 waste management projects totaling $29 billion to become operational in 2017. These projects represent 82 million tons of annual waste processing capacity and over 7,500 MW of power generation. The majority of projects are located in Europe and Asia, with the UK, Japan, and China having the largest number. Most projects involve municipal solid waste and technologies like incineration, gasification, and integrated waste processing facilities.
Presented by Arjan Droste and Peter Kalverla at the energy meteorology symposium "From model field to power yield". More info: peter9192.github.io/energy-meteo
WWF Japan's Energy Vision: Energy Scenario Proposal for Decarbonizing JapanNaoyuki Yamagishi
1. WWF Japan proposes an energy scenario to decarbonize Japan's economy by 2050 through massive energy savings, phasing out nuclear power, and increasing renewable energy supply.
2. Their analysis shows that energy demand can be halved by 2050 through energy efficiency measures. Renewable energy sources like solar, wind and biomass are sufficient to meet Japan's energy needs and the costs will decrease over time as the transition is made.
3. While the power grid will require investments to accommodate more renewable energy, studies show it can adapt if changes are made early. WWF Japan calls for ambitious targets and a shift to more renewable-centric thinking to achieve a 100% renewable energy system.
Energy in an Interconnected World - Arash AazamiSUCanadaSummit
Global energy consumption grew 47.7% from 1997 to 2017 according to data from Enerdata. Fossil fuel consumption has increased substantially from 8000 BC to 12000 AD. A smart, multi-commodity grid could help interconnect energy resources in a more efficient and sustainable way through initiatives like the Internet of Energy.
This document summarizes the status and future of concentrating solar power (CSP). It discusses how CSP plants work by using mirrors to concentrate sunlight and produce heat that can be used to drive traditional steam turbines or engines to generate electricity. It also notes that CSP deployment has rapidly increased in recent years, with costs falling. However, the document states that the value of CSP increases when it can provide reserves to support renewable energy on the electric grid. It concludes by discussing CSIRO's research into improving the performance and lowering the costs of CSP technologies.
Vibrant Gujarat - Renewable Energy Sector ProfileVibrant Gujarat
• Promoting open and competitive markets for renewable/sustainable energy power projects.
• Supporting companies and other private sector where there is a gap through a single window clearance.
• Helping to generate productive jobs and deliver essential services to the Renewable Energy sector.
• Catalyzing and mobilizing the promotion and popularization of sustainable energy technologies through various outreaches programmed and projects."
1) Wind power in India has grown significantly in recent years, with total installed capacity reaching 35,661 MW as of present. However, there is still significant potential for further growth as assessments indicate India's wind power potential is over 102,000 MW.
2) India has adopted a commercial and market-oriented approach to developing its wind power sector, establishing a conducive policy framework and allowing private sector investment and participation. Technology development has kept pace with international standards.
3) The government has set a target of reaching 60 GW of installed wind power capacity by 2022 in order to meet growing energy demands through its National Wind Energy Mission. Significant further investment will be required to achieve this ambitious goal.
Delivering to the Energy Marketplace - Texas Harvests Wind and SolarRick Borry
Texas is a well-known energy state, and is famous for oil and gas production. But surprising to many, it is also the nation’s leading electricity producer, generating more than 10% of the total US electric energy annually, according to the Energy Industry Administration’s most recent report. In fact, on a global energy producer scale, Texas would rank number 12, between South Korea and the United Kingdom.
With vast supplies of natural gas and coal, it is the national leader in electricity generated from fossil fuels, but Texas also leads in production by intermittent renewables – wind and solar.
To utilize these resources, Texas augmented their grid by creating Competitive Renewable Energy Zones, and constructed CREZ transmission lines to deliver these valuable resources to consumers. The Energy Reliability Council of Texas is charged with providing this massive market with dependable electric power. Even though the capacity of intermittent resources on the ERCOT grid is an impressive 15 percent, the energy generated and transported is still only about 8 percent – but growing.
How will Texas manage increasing penetration of renewable energy on the ERCOT grid? Are the CREZ lines situated to take advantage of optimum wind and solar regions? What are the risks and rewards for energy producers and consumers?
Join us with industry expert Ron Seidel, former president of Texas Independent Energy, to share his insights and delve into these questions in our live webinar.
This document discusses an energy study conducted by Daohong Wu et al. and published in Energy Procedia in 2017. The study examined energy usage at a facility over multiple pages using data from 2017. It references peer-review responsibilities and open access publication terms.
In this deck from the HPC User Forum in Tucson, Jorge L. Balcells from VerneGlobal presents: Verne Global Datacenters for Forward Thinkers.
Watch the video presentation: https://youtu.be/mEgxB0XKF5s
Learn more: https://verneglobal.com
and
http://hpcuserforum.com
Sign up for our insideHPC Newsletter: http://insidehpc.com/newsletter
A new mobile application launched by the Gujarat Energy Research and Management Institute provides solar energy generation data for any location. The app uses 10 years of satellite data from NASA to calculate solar power potential for an acre of land. It allows users to input latitude and longitude coordinates to obtain digital values for solar generation in that area within moments. Researchers at GERMI have also prepared solar maps for India with regional details, which solar developers can use to optimize plant planning. The app creators plan to expand it to support rooftop solar calculations and connect to GPS coordinates.
Iceland Launch of Think GEOENERGY Magazine, October 2013ThinkGeoEnergy
The presentation was held at a launch event for the Think GEOENERGY Magazine in Reykjavik, Iceland in October 2013. In attendance were all the major geothermal players in Iceland, as well as government representatives and financial players.
The presentation also included an overview on global geothermal development and some notes on marketing of the Iceland geothermal sector in the global context.
The document provides an overview of the power sector in India. It discusses key points:
- India is the third largest producer and fourth largest consumer of electricity globally. The government plans to add 88.5 GW of capacity by 2022 to meet growing demand.
- Renewable energy capacity is expected to grow significantly, with wind and solar targets of 60 GW and 100 GW respectively by 2022.
- The sector has seen large-scale investments and policy support including 100% FDI allowance, which has boosted growth. However, challenges around infrastructure and integration of renewables remain.
The document provides an overview of the power sector in India. It discusses key points:
- India is the third largest producer and fourth largest consumer of electricity globally, with total installed capacity reaching 306.36 GW as of September 2016.
- The government aims to add around 88.5 GW of capacity under the 12th plan and 100 GW under the 13th plan to meet growing demand for power.
- Renewable energy capacity is expected to grow significantly, with targets of 60 GW from wind and 100 GW from solar by 2022. Overall renewable energy target is 175 GW by 2022.
- Thermal power makes up the largest share (69.8%) of total installed capacity, followed by
The document provides an overview of the power sector in India through various sections:
- Executive Summary highlights India's position as the 3rd largest producer and 4th largest consumer of electricity globally, and the government's ambitious expansion targets.
- Advantage India section outlines factors like growing demand, large-scale expansion plans, policy support and increasing investments that provide opportunities in the Indian power market.
- Market Overview and Trends section examines the evolution of the sector, current generation and demand trends. It provides details on installed capacity by source and key players.
- Porter Five Forces model analyzes competitive rivalry and other forces affecting the industry.
The document is a comprehensive report on the power industry in
The document provides an overview of India's power sector, including:
- India is the third largest producer and fourth largest consumer of electricity globally, with total installed capacity reaching 306.36 GW as of September 2016.
- The government aims to add 88.5 GW of capacity under the 12th plan and 100 GW under the 13th plan through 2022, with investments of $250 billion planned for the power sector. Renewable energy targets include 60 GW from wind and 100 GW from solar by 2022.
- Key factors driving growth include rising demand from industrialization, population growth, policy support including 100% FDI, and plans for expansion of generation capacity and infrastructure.
The document provides an overview of India's power sector. Some key points:
- India has the 5th largest installed power capacity in the world and was the 3rd largest producer and 4th largest consumer of electricity globally in 2015.
- The government is undertaking large expansion plans, with targets of 88.5 GW of additional capacity by 2022 and 100 GW under the next Five-Year Plan. Significant investments are being made across the sector.
- Renewable energy sources like wind and solar are expected to contribute substantially to capacity additions, with targets of 60 GW from wind and 100 GW from solar by 2022.
- Thermal power currently accounts for the majority (69.2%) of India
The document provides an overview of the power sector in India. It discusses India's position as the third largest producer and fourth largest consumer of electricity globally. It also outlines the government's plans to significantly expand power generation capacity in the country over the next 5 years. Additionally, the document discusses key trends in the sector such as robust growth in renewable energy and the favorable policy environment for private investment.
Offshore Wind Energy – Potential for India
This presentation analyze energy demand scenario, especially that of almost unlimited wind energy and highlight vast potential of offshore wind energy for India in territorial water along its long coastline. Challenges to exploit this potential, financial viability of such offshore energy projects, social, environmental, and other related issues are discussed in Indian context to serve as a useful tool for policymakers to allocate resources for detailed studies for estimation and its ultimate utilization to add to growing pool of renewable energy
The document provides an overview of India's power sector, including:
- India is the third largest producer and fourth largest consumer of electricity globally, with installed capacity reaching 330.86 GW as of November 2017.
- The government aims to add around 100 GW of capacity under the 13th Five-Year Plan and increase renewable energy capacity to 175 GW by 2022.
- Thermal power makes up the majority of installed capacity at 66.2%, followed by renewables at 18.2%. Wind and solar energy are expected to contribute significantly to capacity additions.
- Total electricity generation has grown at a CAGR of 7.03% over the past decade and key players like NTPC, T
The document provides an overview of the Indian power sector through analyzing its market trends and key players. It discusses India's position as the 3rd largest producer and 4th largest consumer of electricity globally. The summary highlights plans for significant capacity additions targeting 88.5 GW under the 12th plan and around 100 GW under the 13th plan. Thermal, hydro, and renewable sources such as solar and wind are noted as major contributors to India's installed capacity. Key players in the sector including NTPC, Tata Power, and Adani Power are also mentioned.
The document provides an overview of India's power sector. It states that India is the third largest producer and fourth largest consumer of electricity globally, with installed capacity reaching 331.12 GW as of October 2017. The government is targeting capacity addition of around 100 GW under the 13th Five-Year Plan through 2022. Wind and solar power are estimated to contribute 60 GW and 100 GW respectively by 2022 to meet the renewable energy target of 175 GW by then. Major players in the sector such as NTPC, Tata Power, and Reliance Power are expanding their generation capacities significantly.
India has the third largest installed power capacity in the world. The government is targeting capacity additions of 88.5 GW under the 12th Five-Year Plan and around 100 GW under the 13th Five-Year Plan through investments of around USD250 billion in the power sector. Renewable energy is also expected to grow robustly, with wind and solar power estimated to contribute 60 GW and 100 GW respectively by 2022. India's power generation has grown significantly over the years at a CAGR of 6.21% between FY10-FY16, with total electricity production reaching 1,107.8 BU in FY16. Thermal power remains the largest source, accounting for over 69% of total installed capacity as
Presentation from the New Mexico Regional Energy Storage & Grid Integration Workshop: Optimized Integration of PV with Battery Storage: A Real World Success Story, presented by Jon Hawkins, PNM
India is the third largest producer and fourth largest consumer of electricity globally. The government is undertaking large-scale expansion plans, with a target of adding around 100 GW of capacity under the 13th Five-Year Plan. Wind and solar power are estimated to contribute 60 GW and 100 GW respectively by 2022. Renewable energy targets have also been increased to 175 GW by 2022. Thermal power accounts for the majority of installed capacity at 218.96 GW as of December 2017, followed by renewable energy at 60.16 GW.
The power sector in India has grown rapidly in recent years, with total installed capacity reaching 329.29827 GW by September 2017. Thermal power makes up the largest share at 66.6% of total capacity. The government has ambitious expansion plans targeting 100 GW of additional capacity by 2022. Rapid growth in renewable energy such as solar and wind has also been witnessed, with targets to reach 175 GW of renewable capacity by 2022. Large private and public sector companies have made major investments across the power value chain in India.
This document summarizes a report on Pakistan's potential transition to a green economy and clean energy. It acknowledges Pakistan's current energy crises including excess capacity payments contributing to a circular debt of over $2.35 trillion. It also notes Pakistan is highly vulnerable to climate change impacts. The report analyzes prospects for developing Thar coal reserves while transitioning to more renewable energy. It recognizes renewable energy and energy efficiency can help Pakistan meet its climate targets to reduce emissions and adaptation costs.
Hiroto Kamiishi, Director of Team II, Energy and Mining Group, Japan International Cooperation Agency (JICA)
Iceland Geothermal Conference 2018 - Breaking the Barriers
24 - 27 April, 2018, Harpa, Reykjavík
India is the third largest producer and fourth largest consumer of electricity globally. The country aims to add 88.5 GW of capacity under the 12th Five-Year Plan and 100 GW under the 13th Five-Year Plan through large investments. Renewable energy is also expected to grow substantially with targets of 60 GW from wind and 100 GW from solar by 2022. India allows 100% FDI in the power sector and has seen US$11.8 billion inflows into the sector since 2000.
1. SoftBank aims to establish an Asian Super Grid (ASG) through public-private partnerships to facilitate the shift from fossil fuels to renewable energy and reduce CO2 emissions.
2. The ASG would maximize the utilization of renewable energy across Asia and Russia, which together represent over half of the world's population, CO2 emissions, power generation, and power consumption.
3. SoftBank sees the ASG as contributing to two paradigm shifts - in energy, through facilitating renewable energy growth, and in technology/IoT, by providing an innovation base where IoT and smart grids intersect.
The document discusses challenges facing the coal industry over the medium term, including:
- Global coal demand growth is slowing as China's imports decline due to policy changes and efficiency gains. Other countries may not compensate for China's losses.
- Supply is decreasing from high-cost producers like Indonesia as low-cost countries like Russia, Australia, and Colombia increase market share.
- International thermal coal prices are expected to remain depressed for 3-5 years as the market works to rebalance slower demand and competitive supply. Industry consolidation may be needed for some high-cost producers.
Similar to Presentation at IIGCE 2017 in Jakarta, Indonesia (20)
How can we brand geothermal energy in the context of a changing energy market driven by consumers demanding green energy, low prices and a strong service proposition by companies? A presentation given at CHARGE - the Energy Branding Conference in Reykjavik/ Iceland - October 10, 2017.
The document is a 2017 media kit for ThinkGeoEnergy, which provides an overview of advertising and marketing services for the geothermal energy industry. It outlines banner advertisements on their website and newsletters, as well as marketing and communication consulting services. It also details upcoming geothermal energy events in 2017 that provide opportunities for engagement and promotion.
Iceland's Geothermal Energy Regulatory FrameworkThinkGeoEnergy
Presentation on the regulatory framework for geothermal energy development and utilisation in Iceland at the conference of JESDER, the Turkish Geothermal Operators Association in Ankara, 8 February 2017
Geothermal heat utilisation - long-time experience in IcelandThinkGeoEnergy
A presentation given at the 11th International Geothermal Conference in Offenburg, Germany on March 4, 2015. It highlights the different uses of geothermal heat in Iceland and the impact it had for the economy and well being of its inhabitants.
Impact of regulatory/ incentive schemes fostering tgeothermal developmentThinkGeoEnergy
This document discusses the impact of different regulatory and incentive schemes on geothermal development. It outlines key elements needed for successful geothermal development, including resource data, supportive policies and regulations, effective institutions, and access to financing. Several countries are highlighted and the main drivers and challenges of their geothermal markets are described. Financing options at different project stages are also reviewed, with development banks providing nearly half of financing for power plants in recent years. Current market drivers are said to include growing energy demand, availability of financing, and supportive legal frameworks.
This document discusses the history and current state of geothermal heating in Iceland and its potential in Europe. Iceland has made extensive use of geothermal heating for over a century, providing heat to over 200,000 inhabitants in Reykjavik. The Icelandic government has played a key role in research and funding geothermal exploration. Geothermal heating now accounts for 45% of Iceland's space heating and also powers greenhouses, fish farms, swimming pools and electricity generation. While Iceland relies mainly on low-temperature geothermal resources near Reykjavik, similar resources exist across Europe but are underutilized compared to potential. Geothermal district heating could provide energy security and cost savings if developed in major cities
Geothermal Presentation, March 14, 2013, Madrid/ SpainThinkGeoEnergy
This document provides information about geothermal energy as a sustainable source of electricity production. It discusses Green Energy Group, a company that develops modular geothermal wellhead power plants. It details Green Energy Group's first major contract in Kenya and the development of their 6.4 MW pilot plant. The document also outlines geothermal energy technologies, utilization applications, resources at different depths, and the development process for geothermal power plants.
Presentation given at the 2nd Global Geothermal Energy Summit in Reykjavik, Iceland on September 19, 2012.
The presentation covers a view and outlook on global geothermal energy development.
Presentation given at the Renewable Energy Finance Forum (REFF) Germany 2012 in Berlin, Germany on February 29, 2012
It was given in a panel on Solar, Biomass and Geothermal at this all-renewable finance conference. It was my third time presenting at this forum (2x in London and in Berlin)
Australian Geothermal Energy Conference, Nov. 17, 2011ThinkGeoEnergy
Financing Geothermal - The current status on financing in the North American context.
Event: Australian Geothermal Energy Conference 2011, Melbourne, Australia, Nov. 17, 2011
This document discusses geothermal development in Canada. It provides an overview of Canada's current electricity supply sources and natural resources sector. It introduces the Canadian Geothermal Energy Association (CanGEA) as the collective voice of Canada's geothermal energy industry that promotes geothermal energy potential through outreach events. The document outlines some of CanGEA's member companies and current geothermal projects in Canada at different stages of development. It also notes some of the international geothermal activities of Canadian companies. Finally, it discusses challenges around the public perception of geothermal energy and the need for improved representation, marketing, and visibility to help position geothermal energy.
Presentation given by Alexander Richter, Director at CanGEA and Founder & Principal at ThinkGeoEnergy
Event: Global Geothermal Summit, Reykjavik/ Iceland - October 12, 2011
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Storytelling is an incredibly valuable tool to share data and information. To get the most impact from stories there are a number of key ingredients. These are based on science and human nature. Using these elements in a story you can deliver information impactfully, ensure action and drive change.
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This presentation is a curated compilation of PowerPoint diagrams and templates designed to illustrate 20 different digital transformation frameworks and models. These frameworks are based on recent industry trends and best practices, ensuring that the content remains relevant and up-to-date.
Key highlights include Microsoft's Digital Transformation Framework, which focuses on driving innovation and efficiency, and McKinsey's Ten Guiding Principles, which provide strategic insights for successful digital transformation. Additionally, Forrester's framework emphasizes enhancing customer experiences and modernizing IT infrastructure, while IDC's MaturityScape helps assess and develop organizational digital maturity. MIT's framework explores cutting-edge strategies for achieving digital success.
These materials are perfect for enhancing your business or classroom presentations, offering visual aids to supplement your insights. Please note that while comprehensive, these slides are intended as supplementary resources and may not be complete for standalone instructional purposes.
Frameworks/Models included:
Microsoft’s Digital Transformation Framework
McKinsey’s Ten Guiding Principles of Digital Transformation
Forrester’s Digital Transformation Framework
IDC’s Digital Transformation MaturityScape
MIT’s Digital Transformation Framework
Gartner’s Digital Transformation Framework
Accenture’s Digital Strategy & Enterprise Frameworks
Deloitte’s Digital Industrial Transformation Framework
Capgemini’s Digital Transformation Framework
PwC’s Digital Transformation Framework
Cisco’s Digital Transformation Framework
Cognizant’s Digital Transformation Framework
DXC Technology’s Digital Transformation Framework
The BCG Strategy Palette
McKinsey’s Digital Transformation Framework
Digital Transformation Compass
Four Levels of Digital Maturity
Design Thinking Framework
Business Model Canvas
Customer Journey Map
Industrial Tech SW: Category Renewal and CreationChristian Dahlen
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Multiple new technologies have emerged, but Samsara and C3.ai are only two companies which have gone public so far.
Manufacturing startups constitute the largest pipeline share of unicorns and IPO candidates in the SF Bay Area, and software startups dominate in Germany.
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4. TOP 10 GEOTHERMAL COUNTRIES
INSTALLED CAPACITY MW (AUGUST 2017) – 13,662 MW
934
542
665
676
861
926
944
980
1,699
1,868
3,567
0 500 1000 1500 2000 2500 3000 3500
Other
Japan
Iceland
Kenya
Turkey
Mexico
Italy
New Zealand
Indonesia
Philippines
United States
Source: TGE Research (2017), GEA (2016), IGA (2015), JESDER (2017) Enerji Atlasi (2017)
1 GW Geothermal Country Club
5. GLOBAL GEOTHERMAL POTENTIAL
POWER GENERATION POTENTIAL (MWe)
Sources: ThinkGeoEnergy, Geothermal Energy Association, IGA, Chevron
Note: Installed Capacity of 2017 [2015], resource estimates combined (1999-2012) – IGA estimates a conservative
total potential of 70,000 MW and with technology improvements (extended use of low heat and EGS resources) at
around 140,000 MW in power generation capacity.
Current installed capacity
Projects & inferred resources
High temperature regions
Hydrothermal resource estimates
Installed Resources
North America
4,447
32,200
6,447
Installed Resources
Cent. America &
Caribbean
522
27,400
618
Installed Resources
Europe
1,642
3,400
1,271
Installed Resources
Africa
684
11,600
2,249
Installed Resources
South America
48
30,800
730
Installed Resources
Asia
3,997
70,900
5,836
Installed Resources
Aus., NZ &
Pacific
1,037
7,700
666
Installed Resources
Middle East
861
2,550
1,022
7. GLOBAL DEVELOPMENT
AN OVERVIEW
Markets
• Southeast Asia
• Eastern Africa
• Latin America
• Caribbean
• Europe/ China (heating)
Market Drivers
• Feed-in-Tariffs
• Stable legal framework
• Scale of development
8. CLIMATE INVESTMENT POTENTIAL – AN IFC ANALYSIS
INVESTMENT POTENTIAL BY SECTOR ($ BILLION)
Source: IFC Analysis, “Climate Investment Potential in Emerging Markets” (2016)
Based on: IFC “Climate investment Opportunities in Emerging Markets” (2016)
Solar
939
Wind
588
Biomass
119
Geothermal
63
Small Hydro
56Investment Potential by Sector ($ billion)
9. CLIMATE INVESTMENT POTENTIAL – AN IFC ANALYSIS
INVESTMENT POTENTIAL BY SECTOR ($ BILLION)
939
588
119 63 560
100
200
300
400
500
600
700
800
900
1,000
Solar Wind Biomass Geothermal Small Hydro
$ bn
Source: IFC Analysis, “Climate Investment Potential in Emerging Markets” (2016)
Based on: IFC “Climate investment Opportunities in Emerging Markets” (2016)
10. CLIMATE INVESTMENT POTENTIAL – AN IFC ANALYSIS
INVESTMENT POTENTIAL GEOTHERMAL BY
REGION ($ BILLION)
27
16
14
6
0 0
0
5
10
15
20
25
30
Sub-Saharan
Africa
East Asia
Pacific
Latin America
& Caribbean
Eastern &
Central Asia
South Asia Middle East &
North Africa
Source: IFC Analysis, “Climate Investment Potential in Emerging Markets” (2016)
Based on: IFC “Climate investment Opportunities in Emerging Markets” (2016)
14. SPEEDING UP DEVELOPMENT
WELLHEAD GEOTHERMAL POWER PLANTS
• Single or multiple wells
• 1 year from contract to COD
• Standardized set-up and
modules mitigate project risk
• Modular approach provides
movability
• Each well operated at optimum
pressure
• Limited early stage capital cost
• Earlier return on investment
• Small footprint, low visibility and
environmental impact
15. Year 1 2 3 4 5 6 7 8 9 10+
Geological Research
Drilling
Evaluation
Construction
Operation / Revenue
SPEEDING UP DEVELOPMENT
STAGED DEVELOPMENT APPROACH
WITH SMALLER MODULAR UNITS
Modular staged development – 10 units 5 MW each (50 WM in total)
Green Energy Geothermal - 2017
16. THINKGEOENERGY
LEADING IN NEWS AND RESEARCH ON
GEOTHERMAL ENERGY
Focus on power generation and direct use … also internationally in Spanish, in
Turkish and Indonesia?