The document summarizes Indonesia's geothermal development plans and policies. It discusses (1) Indonesia's goal of reaching 9,500 MW of geothermal capacity by 2025 to meet growing energy needs, (2) the country's laws and regulations governing geothermal development, and (3) Indonesia's plans to offer new areas for geothermal exploration and development through pre-survey assignments and tenders to accelerate development.
Summer training report on NTPC Badarpur ,DELHI
This Report includes the following department
1. Turbine Maintenance Department
2. Boiler Maintenance Department
3. Plant Auxiliary Maintenance
4. Coal Handling Department
Industrial Training Report on NTPC FaridabadPawan Agrawal
This industrial training report provides an overview of NTPC Faridabad power plant. The report discusses the plant's location, installed capacity, production inputs such as natural gas and naphtha fuels, and key mechanical systems including the gas turbine, waste heat recovery steam generator (WHRSG), and steam turbine. It also describes electrical systems like the switchyard, generator, transformers, and switchgear. In summary, the report details the major components and operations of the combined cycle gas and steam turbine power plant located in Faridabad, Haryana, India.
This document provides an overview of the NTPC Auraiya gas power station located in Uttar Pradesh, India. It discusses the key components of the combined cycle power plant including four gas turbines that drive generators, producing a total capacity of 663.36 MW. Waste heat from the gas turbines is used to power steam turbines through four waste heat recovery boilers. The plant uses natural gas and naphtha as fuels to run the gas turbines. It also describes the air compressors, combustion chambers, fuel storage, turbines, boilers and water treatment systems that make up the combined cycle gas power station.
National Thermal Power Corporation (NTPC) was established in 1975 to supplement India's efforts in increasing thermal power generation. It has since grown to become the largest power company in India and one of the largest in Asia, with over 34,000 MW of generation capacity across coal and gas plants. NTPC aims to increase capacity to 56,000 MW by 2012 and 75,000 MW by 2017. It has diversified into areas like hydro power, coal mining, oil and gas, power trading and distribution. NTPC's Anta gas power plant began operations in 1990 and generates 419 MW of power for states in northern India. The plant strives for excellence through various quality certifications and corporate social responsibility initiatives in local
Project Report on Industrial Summer Training at NTPC SimhadriAshish Uppu
The following pdf is a Project Report about my Industrial Training at NTPC Limited Simhadri, Visakhapatnam, Andhra Pradesh, India. It includes all the fundamentals of a Thermal Power Plant: its layout, various departments, principal components etc. It also contains a brief profile about the company.
training report NTPC Muzaffarpur Bihar Dilip kumar
This document provides an industrial training report on the generation system of the National Thermal Power Corporation Ltd. (NTPC). It discusses the key components of a thermal power plant that use the modified Rankine cycle to convert the chemical energy of coal into electrical energy. These include the boiler, turbine, condenser, and other auxiliary components. The report also provides an overview of the processes involved in coal handling, steam generation, power generation using steam turbines, and electricity distribution at NTPC power plants. It aims to provide an understanding of the technical aspects and management of thermal power generation.
Summer training report on NTPC Badarpur ,DELHI
This Report includes the following department
1. Turbine Maintenance Department
2. Boiler Maintenance Department
3. Plant Auxiliary Maintenance
4. Coal Handling Department
Industrial Training Report on NTPC FaridabadPawan Agrawal
This industrial training report provides an overview of NTPC Faridabad power plant. The report discusses the plant's location, installed capacity, production inputs such as natural gas and naphtha fuels, and key mechanical systems including the gas turbine, waste heat recovery steam generator (WHRSG), and steam turbine. It also describes electrical systems like the switchyard, generator, transformers, and switchgear. In summary, the report details the major components and operations of the combined cycle gas and steam turbine power plant located in Faridabad, Haryana, India.
This document provides an overview of the NTPC Auraiya gas power station located in Uttar Pradesh, India. It discusses the key components of the combined cycle power plant including four gas turbines that drive generators, producing a total capacity of 663.36 MW. Waste heat from the gas turbines is used to power steam turbines through four waste heat recovery boilers. The plant uses natural gas and naphtha as fuels to run the gas turbines. It also describes the air compressors, combustion chambers, fuel storage, turbines, boilers and water treatment systems that make up the combined cycle gas power station.
National Thermal Power Corporation (NTPC) was established in 1975 to supplement India's efforts in increasing thermal power generation. It has since grown to become the largest power company in India and one of the largest in Asia, with over 34,000 MW of generation capacity across coal and gas plants. NTPC aims to increase capacity to 56,000 MW by 2012 and 75,000 MW by 2017. It has diversified into areas like hydro power, coal mining, oil and gas, power trading and distribution. NTPC's Anta gas power plant began operations in 1990 and generates 419 MW of power for states in northern India. The plant strives for excellence through various quality certifications and corporate social responsibility initiatives in local
Project Report on Industrial Summer Training at NTPC SimhadriAshish Uppu
The following pdf is a Project Report about my Industrial Training at NTPC Limited Simhadri, Visakhapatnam, Andhra Pradesh, India. It includes all the fundamentals of a Thermal Power Plant: its layout, various departments, principal components etc. It also contains a brief profile about the company.
training report NTPC Muzaffarpur Bihar Dilip kumar
This document provides an industrial training report on the generation system of the National Thermal Power Corporation Ltd. (NTPC). It discusses the key components of a thermal power plant that use the modified Rankine cycle to convert the chemical energy of coal into electrical energy. These include the boiler, turbine, condenser, and other auxiliary components. The report also provides an overview of the processes involved in coal handling, steam generation, power generation using steam turbines, and electricity distribution at NTPC power plants. It aims to provide an understanding of the technical aspects and management of thermal power generation.
complete overview of power sector in india with the total share in generation and introduction to ntpc ltd including the detailed description of ntpc dadri power plant mainly gas power plant and its auxillary are explained in detail
NTPC Badarpur is a power plant located in India. It has 5 units with a total installed capacity of 710 MW. NTPC, India's largest power company, was established in 1975 and currently has an installed capacity of over 34,000 MW from coal and gas power generation. A summer training report provides details on the power generation process at NTPC Badarpur, including its history, theory, procedures, applications and conclusions.
This document summarizes a proposed CNG marine project between Gresik and Lombok in Indonesia. The key details are:
- The project would transport 3-6 mmscfd of natural gas via barge between Gresik (loading point) and Lombok (receiving terminal) over a distance of 230-300 nautical miles.
- The estimated project cost is $150 million and would involve building 2 tugs and 4 barges equipped with steel pressure vessels to carry the compressed natural gas.
- An Italian company called RINA has conducted a feasibility study and will support the project during the engineering, procurement, and construction phases. Tendering for the project is scheduled for May 2012.
Industrial training at NTPC ShaktinagarRishikesh .
This document is an industrial training project report submitted by Rishikesh after completing a 30 day vocational training program at the NTPC Shaktinagar thermal power plant in Uttar Pradesh, India. The report provides an overview of NTPC, including its strategies around technology, corporate social responsibility, partnering with the government, and environmental management. It also describes some of the environmental issues caused by power plants in the Singrauli region where pollution from coal mining and thermal power plants has resulted in health problems for local residents.
This industrial training report summarizes Deepak Kr Singh's one month internship at the Singrauli Super Thermal Power Plant in Shaktinagar, India. The report includes details of the power plant such as its seven units with a total capacity of 2,000 MW. It also covers various topics related to thermal power generation including the workings of boilers, turbines, generators, and switchgear. Deepak conducted his training under the supervision of his training incharge Mr. CH Satynarayan, during which he gained knowledge and experience in the electrical engineering aspects of thermal power generation.
The document provides information about Anil Jadon's industrial training at the NTPC power plant in Faridabad. It discusses the company NTPC, describes the Faridabad plant and its 432 MW capacity powered by natural gas. It explains the basic working of the power plant, from burning natural gas in the gas turbine to generating electricity. It also discusses the electrical systems, distribution of electricity, control and instrumentation, advantages of natural gas, and precautions taken at the plant. The training helped clear Anil's concepts and understand how electricity is generated at the large scale, efficient Faridabad plant.
This presentation was given as part of the CCS Ready workshop which was held in association with the 6th Asia Clean Energy Forum (20 – 24 June, Manila)
The workshop discussed the range of measures and best practices that can be implemented to prompt the design, permitting and construction of CCS projects when designing or building a new fossil fuelled energy or industrial plant.
The workshop hosted participants of the Asian Development Banks’ Regional Technical Assistance Program who updated the group on the outcomes of their individual projects.
This presentation provides an update on the current project being undertaken under the Asian Development Bank’s Regional Technical Assistance Program which aims to conduct an analysis of the potential for CCS, culminating in a road map for a CCS demonstration project in Indonesia.
Cng marine for gas distribution in indonesia 2012 sFurqon Hanief
The document discusses CNG Marine as a sea transport solution for natural gas distribution in Indonesia. It notes several studies and projects from 2006-2012 using CNG Marine to transport gas from production sites to power plants on islands. These include transporting gas from Simenggaris to North Bali and Bunyu, and from Camar Field to Gresik. It also summarizes a 2012 PLN CNG maritime project to transport gas to various islands in phases. The technology involves compressing gas into steel pressure vessels on barges towed by tugs. CNG Marine solutions could involve skid tubes permanently installed on ships to supply gas to isolated power plants like those on Bawean and Lombok islands.
The document provides an overview of the rehabilitation programs and status updates for three thermal power generation companies (GENCOs) in Pakistan. It summarizes the installed capacity and generation assets for each GENCO. It then details rehabilitation work completed at Jamshoro Power Plant (GENCO-1), Guddu Power Plant (GENCO-2), and Muzaffargarh Power Plant (GENCO-3) with USAID assistance, highlighting capacity gains achieved or expected at each plant. It concludes with responses to queries from NEPRA on various regulatory requirements.
The document summarizes the Rooppur Power Plant project in Bangladesh. The key points are:
1) The Bangladesh government is building its first nuclear power plant in Rooppur, which will include two units of 1.2GW capacity each for a total of 2.4GW.
2) The plant is a nuclear power plant, which uses heat from nuclear fission reactions in a reactor to heat water and produce steam to drive a turbine that generates electricity.
3) Construction began in 2015 and includes building amenities, roads, security fences, and storage facilities. Main construction involves excavation, foundations for the two reactor units, and installation of the main equipment.
This document provides a synopsis on the NTPC Vindhyachal Thermal Power Station located in Singrauli District, Madhya Pradesh, India. The power station has a total installed capacity of 4,260 MW across 5 stages. It sources coal from nearby Nigahi coal mines and water from the Rihand reservoir. Key details provided include plant configuration, commissioning timelines of different stages, transmission network, power allocation to states, operational performance highlights, safety awards received, and coal and ash utilization. The document also includes basic information about factors considered for locating a thermal power plant and definitions of plant load factor and power purchase agreement.
HEAT PUMPS IN ENERGY CERTIFICATION OF THE BUILDINGS_SCOP_SEER_28 10 2014LZLuca Zordan
TABLE OF CONTENTS:
1. DIRECTIVE 2009/28/EC
2. Italian Law by Decree No. 28/2011
3. UNI EN 14825 – UNI TS 11300/4
4. Seasonal performance index - SCOP
5. Seasonal performance index – SEER
6. Optimized selection of an Heat Pump in Milan, using “SCOPon” approach
Indonesia will double its demand for liquefied natural gas (LNG) by 2019 as it converts power plants and develops new smelters. This increased demand comes as Indonesia prepares infrastructure to import more LNG within four years, given domestic production is declining while demand rises. State-owned mining company PT Aneka Tambang is expanding its smelting capacity which will require an additional 100 million standard cubic feet per day of LNG from export facilities in Tangguh and Bontang by 2016. Overall, 30 investors plan over $55 billion in new smelters that will consume 30-40 million standard cubic feet of gas per day each.
AuGPS is a 663.36 MW combined cycle power plant located in Auraiya, India. It was commissioned in 1989-1990 and uses natural gas and naphtha as fuels. The plant has 4 gas turbines, 4 waste heat recovery boilers, and 2 steam turbines. It also has emergency backup systems like an emergency gas turbine and uninterruptible power supply. The plant is connected to the transmission grid through several 400 kV and 220 kV transmission lines. AuGPS was India's first combined cycle power plant and successfully started generation after a major grid failure in 2012, receiving government appreciation.
The presentation outlines the status and initiatives of the West African Power Pool (WAPP) related to infrastructure development, regional electricity market integration, and climate change mitigation. It notes that 75 priority generation and transmission projects outlined in the ECOWAS Master Plan are at different stages of implementation and will invest $36.39 billion to develop 15.49 GW of generation capacity and over 22,932 km of transmission lines by 2033. It also summarizes results from the regional electricity market, including increasing bilateral electricity trades. Finally, it lists climate initiatives carried out by WAPP including capacity building and updating grid emission factors, and future plans for an emissions monitoring platform and climate market policy.
Renewable Energy status and road-map of Bangladesh and support of UNDP-GEFDr. Md. Taibur Rahman
The document discusses renewable energy status and roadmap in Bangladesh. It provides an overview of current renewable energy capacity, policies and targets. Bangladesh aims to generate 30% of power from renewable sources by 2041 according to its Delta Plan. Current renewable energy capacity is only 3% of total generation but serves 13% of the population. Several ongoing and planned initiatives are discussed, including solar parks, mini-grids, irrigation projects, and a roadmap to achieve 30% renewable energy by 2041 through various programs and by addressing challenges such as land acquisition and grid integration.
This document discusses India's power sector and clean coal technologies. It provides statistics on growth in installed capacity, electricity generation, and per capita consumption since 1947. Currently, thermal power makes up 55% of installed capacity. The document outlines targets for capacity addition during the 11th and 12th Five Year Plans, including a focus on supercritical and ultra-supercritical technologies. It also discusses integrated gasification combined cycle and oxyfuel technologies, as well as carbon dioxide emissions from India's power sector.
a summer training report on ntpc
1.turbine maintenance department
2.Boiler maintenance department
3. Plant Auxiliary maintenance Department
4. Coal handling department
The document summarizes Zambia's power crisis and ZESCO's responses. It defines the crisis as inadequate supply capacity, fluctuating power quality, and low access rates. ZESCO is addressing this through short-term power imports, commissioning new generation and transmission projects, and medium-to-long term projects and partnerships totaling billions. ZESCO is also working to increase access rates from below 30% currently to over 240,000 new connections by 2018, having already connected over 215,000 customers since 2013.
VOCATIONAL TRAINING REPORT @ NTPC VINDHYACHALMilind Punj
The document is a vocational training report submitted by Milind Punj to fulfill the requirements for a Bachelor of Technology degree in Electrical Engineering. It provides an overview of Milind's training at the NTPC Vindhyachal thermal power station located in Singrauli District, Madhya Pradesh, India. The report includes an acknowledgements section, introduction to NTPC Ltd and the NTPC Vindhyachal power plant, descriptions of the power generation process and basic plant components, and a conclusion. Milind conducted his training from May 15th to June 14th 2014 under the guidance of Mr. A. Markhedkar, focusing on various electrical and operational aspects of the thermal power station.
complete overview of power sector in india with the total share in generation and introduction to ntpc ltd including the detailed description of ntpc dadri power plant mainly gas power plant and its auxillary are explained in detail
NTPC Badarpur is a power plant located in India. It has 5 units with a total installed capacity of 710 MW. NTPC, India's largest power company, was established in 1975 and currently has an installed capacity of over 34,000 MW from coal and gas power generation. A summer training report provides details on the power generation process at NTPC Badarpur, including its history, theory, procedures, applications and conclusions.
This document summarizes a proposed CNG marine project between Gresik and Lombok in Indonesia. The key details are:
- The project would transport 3-6 mmscfd of natural gas via barge between Gresik (loading point) and Lombok (receiving terminal) over a distance of 230-300 nautical miles.
- The estimated project cost is $150 million and would involve building 2 tugs and 4 barges equipped with steel pressure vessels to carry the compressed natural gas.
- An Italian company called RINA has conducted a feasibility study and will support the project during the engineering, procurement, and construction phases. Tendering for the project is scheduled for May 2012.
Industrial training at NTPC ShaktinagarRishikesh .
This document is an industrial training project report submitted by Rishikesh after completing a 30 day vocational training program at the NTPC Shaktinagar thermal power plant in Uttar Pradesh, India. The report provides an overview of NTPC, including its strategies around technology, corporate social responsibility, partnering with the government, and environmental management. It also describes some of the environmental issues caused by power plants in the Singrauli region where pollution from coal mining and thermal power plants has resulted in health problems for local residents.
This industrial training report summarizes Deepak Kr Singh's one month internship at the Singrauli Super Thermal Power Plant in Shaktinagar, India. The report includes details of the power plant such as its seven units with a total capacity of 2,000 MW. It also covers various topics related to thermal power generation including the workings of boilers, turbines, generators, and switchgear. Deepak conducted his training under the supervision of his training incharge Mr. CH Satynarayan, during which he gained knowledge and experience in the electrical engineering aspects of thermal power generation.
The document provides information about Anil Jadon's industrial training at the NTPC power plant in Faridabad. It discusses the company NTPC, describes the Faridabad plant and its 432 MW capacity powered by natural gas. It explains the basic working of the power plant, from burning natural gas in the gas turbine to generating electricity. It also discusses the electrical systems, distribution of electricity, control and instrumentation, advantages of natural gas, and precautions taken at the plant. The training helped clear Anil's concepts and understand how electricity is generated at the large scale, efficient Faridabad plant.
This presentation was given as part of the CCS Ready workshop which was held in association with the 6th Asia Clean Energy Forum (20 – 24 June, Manila)
The workshop discussed the range of measures and best practices that can be implemented to prompt the design, permitting and construction of CCS projects when designing or building a new fossil fuelled energy or industrial plant.
The workshop hosted participants of the Asian Development Banks’ Regional Technical Assistance Program who updated the group on the outcomes of their individual projects.
This presentation provides an update on the current project being undertaken under the Asian Development Bank’s Regional Technical Assistance Program which aims to conduct an analysis of the potential for CCS, culminating in a road map for a CCS demonstration project in Indonesia.
Cng marine for gas distribution in indonesia 2012 sFurqon Hanief
The document discusses CNG Marine as a sea transport solution for natural gas distribution in Indonesia. It notes several studies and projects from 2006-2012 using CNG Marine to transport gas from production sites to power plants on islands. These include transporting gas from Simenggaris to North Bali and Bunyu, and from Camar Field to Gresik. It also summarizes a 2012 PLN CNG maritime project to transport gas to various islands in phases. The technology involves compressing gas into steel pressure vessels on barges towed by tugs. CNG Marine solutions could involve skid tubes permanently installed on ships to supply gas to isolated power plants like those on Bawean and Lombok islands.
The document provides an overview of the rehabilitation programs and status updates for three thermal power generation companies (GENCOs) in Pakistan. It summarizes the installed capacity and generation assets for each GENCO. It then details rehabilitation work completed at Jamshoro Power Plant (GENCO-1), Guddu Power Plant (GENCO-2), and Muzaffargarh Power Plant (GENCO-3) with USAID assistance, highlighting capacity gains achieved or expected at each plant. It concludes with responses to queries from NEPRA on various regulatory requirements.
The document summarizes the Rooppur Power Plant project in Bangladesh. The key points are:
1) The Bangladesh government is building its first nuclear power plant in Rooppur, which will include two units of 1.2GW capacity each for a total of 2.4GW.
2) The plant is a nuclear power plant, which uses heat from nuclear fission reactions in a reactor to heat water and produce steam to drive a turbine that generates electricity.
3) Construction began in 2015 and includes building amenities, roads, security fences, and storage facilities. Main construction involves excavation, foundations for the two reactor units, and installation of the main equipment.
This document provides a synopsis on the NTPC Vindhyachal Thermal Power Station located in Singrauli District, Madhya Pradesh, India. The power station has a total installed capacity of 4,260 MW across 5 stages. It sources coal from nearby Nigahi coal mines and water from the Rihand reservoir. Key details provided include plant configuration, commissioning timelines of different stages, transmission network, power allocation to states, operational performance highlights, safety awards received, and coal and ash utilization. The document also includes basic information about factors considered for locating a thermal power plant and definitions of plant load factor and power purchase agreement.
HEAT PUMPS IN ENERGY CERTIFICATION OF THE BUILDINGS_SCOP_SEER_28 10 2014LZLuca Zordan
TABLE OF CONTENTS:
1. DIRECTIVE 2009/28/EC
2. Italian Law by Decree No. 28/2011
3. UNI EN 14825 – UNI TS 11300/4
4. Seasonal performance index - SCOP
5. Seasonal performance index – SEER
6. Optimized selection of an Heat Pump in Milan, using “SCOPon” approach
Indonesia will double its demand for liquefied natural gas (LNG) by 2019 as it converts power plants and develops new smelters. This increased demand comes as Indonesia prepares infrastructure to import more LNG within four years, given domestic production is declining while demand rises. State-owned mining company PT Aneka Tambang is expanding its smelting capacity which will require an additional 100 million standard cubic feet per day of LNG from export facilities in Tangguh and Bontang by 2016. Overall, 30 investors plan over $55 billion in new smelters that will consume 30-40 million standard cubic feet of gas per day each.
AuGPS is a 663.36 MW combined cycle power plant located in Auraiya, India. It was commissioned in 1989-1990 and uses natural gas and naphtha as fuels. The plant has 4 gas turbines, 4 waste heat recovery boilers, and 2 steam turbines. It also has emergency backup systems like an emergency gas turbine and uninterruptible power supply. The plant is connected to the transmission grid through several 400 kV and 220 kV transmission lines. AuGPS was India's first combined cycle power plant and successfully started generation after a major grid failure in 2012, receiving government appreciation.
The presentation outlines the status and initiatives of the West African Power Pool (WAPP) related to infrastructure development, regional electricity market integration, and climate change mitigation. It notes that 75 priority generation and transmission projects outlined in the ECOWAS Master Plan are at different stages of implementation and will invest $36.39 billion to develop 15.49 GW of generation capacity and over 22,932 km of transmission lines by 2033. It also summarizes results from the regional electricity market, including increasing bilateral electricity trades. Finally, it lists climate initiatives carried out by WAPP including capacity building and updating grid emission factors, and future plans for an emissions monitoring platform and climate market policy.
Renewable Energy status and road-map of Bangladesh and support of UNDP-GEFDr. Md. Taibur Rahman
The document discusses renewable energy status and roadmap in Bangladesh. It provides an overview of current renewable energy capacity, policies and targets. Bangladesh aims to generate 30% of power from renewable sources by 2041 according to its Delta Plan. Current renewable energy capacity is only 3% of total generation but serves 13% of the population. Several ongoing and planned initiatives are discussed, including solar parks, mini-grids, irrigation projects, and a roadmap to achieve 30% renewable energy by 2041 through various programs and by addressing challenges such as land acquisition and grid integration.
This document discusses India's power sector and clean coal technologies. It provides statistics on growth in installed capacity, electricity generation, and per capita consumption since 1947. Currently, thermal power makes up 55% of installed capacity. The document outlines targets for capacity addition during the 11th and 12th Five Year Plans, including a focus on supercritical and ultra-supercritical technologies. It also discusses integrated gasification combined cycle and oxyfuel technologies, as well as carbon dioxide emissions from India's power sector.
a summer training report on ntpc
1.turbine maintenance department
2.Boiler maintenance department
3. Plant Auxiliary maintenance Department
4. Coal handling department
The document summarizes Zambia's power crisis and ZESCO's responses. It defines the crisis as inadequate supply capacity, fluctuating power quality, and low access rates. ZESCO is addressing this through short-term power imports, commissioning new generation and transmission projects, and medium-to-long term projects and partnerships totaling billions. ZESCO is also working to increase access rates from below 30% currently to over 240,000 new connections by 2018, having already connected over 215,000 customers since 2013.
VOCATIONAL TRAINING REPORT @ NTPC VINDHYACHALMilind Punj
The document is a vocational training report submitted by Milind Punj to fulfill the requirements for a Bachelor of Technology degree in Electrical Engineering. It provides an overview of Milind's training at the NTPC Vindhyachal thermal power station located in Singrauli District, Madhya Pradesh, India. The report includes an acknowledgements section, introduction to NTPC Ltd and the NTPC Vindhyachal power plant, descriptions of the power generation process and basic plant components, and a conclusion. Milind conducted his training from May 15th to June 14th 2014 under the guidance of Mr. A. Markhedkar, focusing on various electrical and operational aspects of the thermal power station.
VIETNAM - POWER DEVELOPMENT PLAN 8 PUBLISHED - LATEST CONTENT OF THE DRAFT N...Dr. Oliver Massmann
The Vietnamese government has published the National Power Development Plan 8 (PDP 8), which lays out the country's power development goals through 2045. The plan was approved in April 2022 and aims to increase total power generation capacity to 93,862-98,394 MW by 2025. It emphasizes the development of renewable energy sources like solar, wind, and hydrogen while reducing coal-fired power. PDP 8 cancels some proposed coal and LNG power projects and encourages converting others to LNG fuel. It also provides targets for solar, wind, and LNG power capacity through 2045 that will significantly increase renewable energy and reduce the country's reliance on coal.
KALISINDH THARMAL POWER PLANT report by Neeraj PatidarNeeraj Patidar
This document provides an overview of the Kalisindh Thermal Power Project located in Jhalawar, Rajasthan, India. The 1200 MW project uses coal as its primary fuel and has 2 units, each capable of generating 600 MW of electricity. It obtains water from the Kalisindh dam and uses a Rankine cycle to convert the chemical energy in coal into thermal energy and then electrical energy through the boiler, turbine, and generator.
69.74%
19
Koldam HEPP, Himachal Pradesh
2019181716151413121110987654321End
Name the first Hydro Power Project
taken over by NTPC.
Location: Bilaspur District, Himachal Pradesh
Capacity: 800 MW
Commissioned: 2008
It is a run-of-river scheme utilizing water from Satluj River.
Power industries and solar pv power plant in pakistanIBRAR AHMAD
The document provides an overview of Pakistan's power sector, including its history, current structure and institutions, total installed capacity, energy mix, and major power plants. It discusses Pakistan's growing power demand and supply deficit. It also outlines upcoming private power projects being processed by the Private Power & Infrastructure Board, including several priority projects under the China-Pakistan Economic Corridor that will utilize imported coal, hydropower, and solar energy.
Mongolia has significant wind energy potential but currently relies heavily on thermal power. The Mongolian Wind Energy Association advocates for wind power and includes members from developers like GE and Qleantech. Several utility-scale wind farms have been built or are in development, such as the 49.6 MW Salkhit wind farm operational since 2013 and a planned 250 MW Oyutolgoi wind farm by Qleantech. National renewable energy policies have aimed to develop Mongolia's wind and other renewable resources since 2005.
PLN - Renewable Energy Development Strategy RUPTL 2021-2030 (MKI).pdfmza.arifin
PLN's renewable energy development strategy outlined in the 2021-2032 RUPTL aims to increase renewable energy capacity and meet Indonesia's net zero emissions target by 2060. Key points include:
1) Renewable energy capacity will increase from 8.2GW in 2021 to 28.9GW in 2030, making up 51.6% of total power generation capacity.
2) Private sector investment will play a major role, developing 56.3% of renewable energy capacity and 63.7% of solar PV capacity.
3) Challenges to developing renewable energy include improving local content, ensuring adequate financing and technology, and coordinating supply and demand.
The document discusses Indonesia's local content (TKDN) requirement and its implementation for power plant development projects. It provides projections that electricity usage in Indonesia will increase fivefold by 2035, with industry demand growing the most. Installed power plant capacity is projected to increase over sevenfold in the same period to meet demand. The document outlines TKDN minimum requirements set in Indonesian regulations for power plant projects of different sizes. It also discusses how TKDN achievement is calculated and provides data on actual TKDN achievement for installed power plants, transmission lines, and substations compared to regulatory requirements.
Ipp process in indonesia 1995 by cockcroft and fullerPeter Cockcroft
This was a snapshot of the Indonesian power sector in 1995, but also has very useful discussion about the IPP (Independent Power Process) process, Gas Sales Agreements (GSA), and has a Financial Closing checklist.
Presentación que hizo ProInversión en Calgary (14/10/13) en el roadshow “In Perú, it is possible to invest”.
En el nuevo diseño del Gasoducto del Sur, presentado por Wood Mackenzie y Foster Wheeler Energy, ya no habrá ningún tramo realizado por la empresa TGP, sino que se licitará el "loop de la selva", desde Malvinas hasta Chiquintirca (Ayacucho) y que este gasoducto ya no será de 32 pulgadas como se señalaba antes, sino de 36 pulgadas.
Tampoco contempla un poliducto de Malvinas al sur como estipula la Ley N° 29970, sólo el gasoducto de 32 pulgadas.
This document summarizes Bhutan's energy sector, including its goals and initiatives to achieve universal energy access, energy efficiency, and increased use of renewable energy as part of its commitments under SE4ALL. It outlines Bhutan's institutional arrangements and existing energy policies, then discusses the country's progress toward each of the three SE4ALL goals. Challenges are presented, such as a lack of legal frameworks and institutional capacity for renewable energy and energy efficiency. Investment opportunities are mentioned, primarily in ongoing studies and hydropower projects planned for implementation under public-private partnerships.
The SAARC Grid:Policy, Regulatory, Infra-structure, Contractual Issues in C...IPPAI
The document discusses electricity needs in South Asia and opportunities for regional cooperation. It outlines Bangladesh's power sector goals to provide affordable, reliable electricity to all by 2021 through increasing generation, transmission, efficiency and regional interconnectivity. Coal will be a major source, supplying 50% of electricity by 2030. Ongoing initiatives and potential proposals for joint projects between Bangladesh, India, Bhutan and Nepal are described. Policy and regulatory frameworks to encourage regional power trade and private sector investment are also mentioned.
NTPC was established in 1975 by the Government of India to address growing power demand. It is now the largest power generating company in India with over 30 GW of installed capacity from coal, gas, hydro, and renewable sources. NTPC started with thermal power plants and has expanded into various power generation technologies and business areas. The document provides details on NTPC's thermal power plants across India, including their locations and installed capacities.
Solar-PV in South Africa Market Update and Projects Map 2014David Williams
PV-Insider is pleased to present you with the PV South Africa Market Update & Projects Map 2014, in association with the exciting launch of PV Project Development Africa 2014, taking place in Johannesburg on 9-10th September.
This guide details the very latest updates in South Africa’s Renewable Energy Independent Power Producer Procurement Programme (REIPPPP). Furthermore, we have provided an updated PV plant map that details the size and location of 33 PV projects that successfully won bids in the first, second and third rounds of the REIPPPP, as well as detailed Global Horizontal Irradiance (GHI) data for South Africa.
Similar to 1_Geothermal_Development_in_Indonesia (2) (20)
Solar-PV in South Africa Market Update and Projects Map 2014
1_Geothermal_Development_in_Indonesia (2)
1. GEOTHERMAL DEVELOPMENT IN INDONESIA
By:
Sugiharto Harsoprayitno, M.Sc
Director of Geothermal Enterprise Supervision and Groundwater Management
DIRECTORATE GENERAL OF MINERAL, COAL AND GEOTHERMAL
MINISTRY OF ENERGY AND MINERAL RESOURCES
APEC EWG 38, BALI
November 2009
4. ■ President Decree No 45/1991, No 49/1991,
and No 23/1992
■ Business structure based on JOC and ESC
■ 34% of Net Operating Income (NOI), that had
included all kinds of taxes and retribution,
except personal tax.
■ Project Management : Under Pertamina (JOC)
and PLN (ESC)
■ Project Type:
❖ Total (Integrated) Project
❖ Partial Project
■ Selling Price: In US Dollar
■ Law No. 27/2003
■ Business structure in the form of Permit:
❖ Geothermal Mining Permit
❖ Enterprise Permit for Electricity
■ Obligation to pay for taxes and royalty
■ Project Management :Under Permit Holder
■ Project Type:
Total (Integrated) Project
WKP holder will be granted as generally plan
operation
■ Selling Price : In Rupiah
Implementation of Geothermal Policies
Existing WKP New WKP
4
5. Government Regulations
I. Law No. 27/2003 on Geothermal
II. Government Regulation No. 59/2007 on Geothermal Business Activities
III.Ministerial Regulations
✓ MEMR Regulation No. 11/2008 on Mechanism for Determining Geothermal
Working Area
✓ MEMR Regulation No. 02/2009 on The Guidelines for Geothermal Pre-
Survey Assignment
✓ MEMR Regulation No. 05/2009 on The Guidelines for Electricity Purchasing
Price by PT. PLN from Cooperation and Other Business Entities
✓ MEMR Regulation No. 11/2009 on The Guidelines for Geothermal
Enterprises
5
6. ❑ Pre-Survey Assignment to Business Entities is given to accelerate geothermal
development in green field (before determined as WKP)
❑ The Minister determines areas for Pre-Survey Assignment and offers them
through medias and forums by Director General
❑ Business Entities propose Pre-Survey Assignment request to The Minister attn.
Director General cc: Head of Geological Agency, governor and regent/mayor
❑ Application process uses first come first served system
❑ One Business Entity can get one area of Pre-Survey Assignment
❑ Pre-Survey Assignment has to be finished in one year (max)
MEMR Regulation No. 02/2009 on
The Guidelines for Geothermal Pre-Survey Assignment
6
7. MEMR Regulation No. 05/2009 * on
The Guidelines for Electricity Purchasing Price by PT. PLN from Cooperation and
Other Business Entities
❑ In designing the electricity purchasing, PT. PLN is obligated to make their
own estimated price based on type of generation, location, capacity
quantities, capacity factor and also some assumptions such as: level of local
content components, fuel price, exchange rate and other macro economic
indicators
❑ PT. PLN request for approval of the electricity purchasing price to Minister of
Energy and Mineral Resources
❑ The electricity purchasing price can be adjusted considering on macro
economic indicators and based on agreement (Power Purchase Agreement)
* Under Reviewed
7
8. Government Regulations
IV. Tax facilities are provided in accordance with the Tax Regulations:
✓ Government Regulation No. 62/2008 jo No. 1/2007 on Income Tax
Facilities for Investment in Certain Business Fields and/or Certain Regions
→ 30% (thirty percent) net tax deduction of the total Investment, charged for 6 (six)
years for 5% (five percent) annually
→ Income tax charge for dividend paid to Foreign Tax Subject shall be 10% (ten
percent), or lower tariff according to effective Double Taxation Avoid Agreement
✓ MoF Decree No. 177/PMK.011/2007 on Custom Duties Exemption of
Import Items for Upstream Activities in Oil & Gas and Geothermal & MoF
Decree No. 242/PMK.011/2008 on Value Added Tax of Import Items
Covered by Government for Upstream Exploration Activities in Oil & Gas
and Geothermal on 2009 Budget
→ for the items haven’t been produced in Indonesia
→ for the items have been produced in Indonesia but they haven’t complied with
the specification needed or the amount is insufficient
Continued…
8
11. Projection of Power Generation Capacity Needed
Assumption:
• Reverse Margin 30 %
(based on RUKN 2008 – 2027)
30,345 MW → Installed Capacity as of March 2009
11
12. ● Geothermal potency 27 GW or equivalent to 219 Billions barrel
of oil
● Installed Capacity 1,179 MW (4.3% of whole potency)
● Geothermal Road Map Target 9,500 MW in 2025
Resource Potency
12
14. Geothermal Potential Distribution
Location
Resources (MWe) Reserve (MWe) Installed Capacity
(MWe)
Speculative Hypothetic Probable Possible Proven
Sumatera 4,973 2,121 5,845 15 380 12
Java 1,960 1,771 3,265 885 1,815 1,117
Bali-Nusa Tenggara 410 359 973 - 15 -
Sulawesi 875 32 959 150 78 50
Maluku 370 37 327 - - -
Kalimantan 45 - - - - -
Papua 50 - - - - -
Total 257 Locations
8,683 4,320 11,369 1,050 2,288
Total : 1,179
13,003 14,707
Total : 27,710
14
15. Remarks:
PGE : (Pertamina Geothermal Energy)
CGS : (Chevron Geothermal Salak)
CGI : (Chevron Geothermal Indonesia)
SE : (Star Energy)
GDE : (Geo Dipa Energy)
Existing Geothermal Production Areas
in MW
No. Location Province Developer Installed Capacity
1 Sibayak North Sumatera PGE 12
2 Salak Mt. West Java PGE-CGS 375
3 Wayang Windu West Java PGE-SE 227
4 Kamojang West Java PGE 200
5 Darajat West Java PGE-CGI 255
6 Dieng Central Java GDE 60
7 Lahendong North Sulawesi PGE 50
Total 1,179
15
16. The Road Map of Geothermal Development 2006 – 2025
WKP : Geothermal Working Area
(Based on President Decree No. 5/2006 on National Energy Policy)
Current Condition
2006
852 MW
(Production)
2008 2012 2016 2020
2000 MW 3442 MW 4600 MW 6000 MW 9500 MW
(Target)
1148 MW
Existing WKP
1442 MW
Existing WKP
1158 MW
Existing WKP
+ New WKP
1400 MW
New WKP
3500 MW
New WKP
2025
1.179 MW
2014
5.795 MW
Plus Crash Program
Scenario Phase II
16
17. AREA PLTU PLTGU PLTP PLTA TOTAL
JAVA - 1.200 2.137 1.000 4.337
OUTSIDE JAVA 2.616 240 2.596 174 5.626
2.616 1.440 4.733 1.174 9.963
26% 14% 48% 12% 100%
TOTAL
Geothermal Contribution on
10,000 MW Power Development Acceleration Program Phase II
Notes:
PLTU : Coal Fired Power Plant
PLTGU : Combine Cycle Power Plant
PLTP : Geothermal Power Plant
PLTA : Hydro Power Plant
17
18. in MW
Distribution Area for Geothermal Development Plan 2009 – 2014
(Based on 10,000 MW Power Development Acceleration Program Phase II)
4733 *
*) Total additional installed capacity 2009 - 2014
2009 2010 2011 2012 2013 2014
Total Installed
Capacity
Total Installed
Capacity
Total Installed
Capacity
Total Installed
Capacity
Total Installed
Capacity
Total Installed
Capacity
1179 1249 1407 2380 3175 5795
Additional Installed
Capacity
Additional Installed
Capacity
Additional Installed
Capacity
Additional Installed
Capacity
Additional Installed
Capacity
Additional Installed
Capacity
117 70 158 973 795 2620
Distribution Area Distribution Area Distribution Area Distribution Area Distribution Area Distribution Area
Java - Bali Java - Bali Java - Bali Java - Bali Java - Bali Java - Bali
117 5 - 330 445 1240
Sumatera Sumatera Sumatera Sumatera Sumatera Sumatera
- 60 105 550 330 1240
Sulawesi Sulawesi Sulawesi Sulawesi Sulawesi Sulawesi
- - 45 70 - 80
Nusa Tenggara Nusa Tenggara Nusa Tenggara Nusa Tenggara Nusa Tenggara Nusa Tenggara
- 5 8 3 20 40
Maluku Maluku Maluku Maluku Maluku Maluku
- - - 20 - 20
18
19. ● save about 200,000 barrel oil per day (1 MW
equivalents to 42 barrel per day)
● reduce emission about 28,398,000 t CO2/Year
(6,000 t CO2e/MW/Year)
With Developing 4733 MW Geothermal Power Plant
until 2014, could:
19
20. NO FIELD REGENCY PROVINCE
DEVELOPMENT
TARGETS (MW)
STATUS OF
TENDER
PROCESS
1 Seulawah agam Aceh Besar Nangroe Aceh Darusallam 160 Preparation
2 Jailolo West Halmahera North Maluku 75 Finished
3 Telaga Ngebel Ponorogo and Madiun East Java 120 On Going
4 Ungaran Mt. Semarang and Kendal Central Java 100 On Going
5 Tampomas Mt. Sumedang and Subang West Java 50 Finished
6 Cisolok Cisukarame Sukabumi West Java 45 Finished
7 Tangkuban Perahu Mt.Subang, Bandung and purwakarta West Java 100 Finished
8 Jaboi Sabang Nangroe Aceh Darusallam 50 Finished
9 Sokoria Ende East Nusa Tenggara 30 Finished
10 Talang Mt. Solok West Sumatera 36 Preparation
11 Blawan Ijen Bondowoso, Banyuwangi and SitubondoEast Java 270 On Going
12 Hu'u Daha Dompu West Nusa Tenggara 65 Preparation
13 Sipaholan Ria-ria Noth Tapanuli North Sumatera 75 On Going
14 Bukit Kili Solok West Sumatera 83 Preparation
15 Sorik Marapi Roburan Mandailing Natal North Sumatera 200 Preparation
16 Marana Donggala Central Sulawesi 36 Preparation
17 Songa Wayaua South Halmahera North Maluku 140 Preparation
18 Atadei Lembata East Nusa Tenggara 40 Preparation
19 Suwawa Bone Bolanga and Gorontalo Gorontalo 110 Preparation
20 Kaldera Danau BantenSerang and Pandeglang Banten 115 Preparation
21 Rajabasa Mt. South Lampung Lampung 91 Preparation
22 Liki Pinangawan Muara Laboh, Solok Selatan West Sumatera 400 On Going
2391TOTAL
New Geothermal Working Areas (WKP)
Offered Through Tender Process
(after Law No. 27/2003 on Geothermal) As of Sept 2009
21. The Result of WKP’s Tender
No. GWA Location The Winner
Price
Rp/kWh
1 Tampomas Mt.
Sumedang &
Subang Regency,
West Java Province
Consortium PT. Wijaya Karya -
PT. Jasa Sarana - PT. Resources
Jaya Teknik Management
Indonesia
589.00
2
Cisolok –
Cisukarame
Sukabumi Regency,
West Java Province
Jabar Halimun Geothermal 630.00
3
Tangkuban
Perahu
Subang, Bandung &
Purwakarta Regency,
West Java Province
Tangkuban Perahu Geothermal
Power
533.60
4 Jailolo
Halmahera Barat
Regency, North
Maluku Province
PT. Star Energy Investment 1,727.54
5 Sokoria
Ende Regency, East
Nusa Tenggara
Province
Consortium PT. Bakrie Power
Resources - PT. Energy
Management Indonesia
1,250.69
6 Jaboi
Sabang Regency,
Nangro Aceh
Darussalam Province
Consortium PT. Bukaka Teknik
Utama - PT. Dian Sakti Energi - PT.
Global Energi Aliansi
1,705.00
21
22. Geothermal Pre-Survey Assignment in 2008
NO LOCATION COMPANY DESCRIPTION
1.
Guci, Central Java Province
PT. Spring Energy Sentosa
Finished Assignment
(In process of determining WKP)
2.
Baturaden, Central Java
Province
PT. Trinergy
Finished Assignment
(In process of determining WKP)
3.
Muara Laboh, West
Sumatra Province
PT. Supreme Energy
Determined as
WKP Liki Pinangawan
4.
Pematang Belirang,
Lampung Province
PT. Supreme Energy
Determined as
WKP Rajabasa Mt.
5.
Kalianda, Lampung
Province
PT. Supreme Energy
6.
Rantau Dedap, South
Sumatra Province
PT. Supreme Energy
Finished Assignment
(In process of determining WKP)
22
23. Geothermal Pre-Survey Assignment in 2009
NO LOCATION COMPANY DESCRIPTION
1.
Wai Ratai, Lampung PT. Optima Nusantara
Energi
On Going
2.
Simbolon-Samosir,
North Sumatera
PT. Optima Nusantara
Energi
On Going
23
No. Location Regency Province
1. Sungai Betung Kerinci and Pesisir Selatan Jambi and West Sumatera
2. Sungai Tenang Merangin Jambi
3. Ciseeng Bogor and Lebak West Java and Banten
4. Gn. Gede/Pangrango Bogor, Sukabumi, and Cianjur West Java
5. Malawa Maros, Pangkajene Kepulauan,
Bone and Barru
South Sulawesi
6. Gn. Dua Saudara Bitung North Sulawesi
7. Sembalun Lombok Timur West Nusa Tenggara
8. Ulumbu Manggarai East Nusa Tenggara
9. Mataloko Ngada East Nusa Tenggara
Areas offered for Pre-Survey Assignment
24. MINISTRY OF ENERGY AND MINERAL RESOURCES REPUBLIC OF INDONESIA
DIRECTORATE GENERAL OF MINERAL, COAL AND GEOTHERMAL
DIRECTORATE OF GEOTHERMAL ENTERPRISE SUPERVISION AND
GROUND WATER MANAGEMENT
Jl. Prof. Dr. Supomo, SH. No. 10 Jakarta 12870
Phone : +62 21 83702847 Fax.: +62 21 83785103
www.djmbp.esdm.go.id