17. NECS 2016 _ Energy_ Evolving power situation and investment opportunities...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit on Evolving power situation and investment opportunities by Mr.S. K. Rakesh, Principal Secretary, Power, Govt of Tripura
Pakistan relies on both non-renewable and renewable resources for power generation. Non-renewable resources include coal, natural gas, crude oil, and liquefied petroleum gas. Coal is extracted through both surface mining and underground mining, and is used primarily for power generation as well as industries like cement, brick kilns and steel production. Natural gas and crude oil are extracted through drilling and are used for power generation, transportation fuel, and industrial processes. Electricity in Pakistan is generated by public sector utilities like WAPDA and K-Electric, as well as independent power producers. However, generation still falls short of demand, resulting in regular load shedding across the country.
1) The document discusses the design of a hybrid power grid for a remote village in India using solar, wind, biomass, and micro-hydro power along with a diesel generator.
2) The hybrid power grid would consist of 325W solar PV cells, a 10KW wind turbine, a 22kW diesel generator, a 50kW converter, and 1kWh batteries.
3) This system is designed to provide power to 23 village families for lighting, fans, water pumps, charging devices, and refrigerators, meeting their daily power needs of 37.26 kW.
Renewable Energy and conventional power integrationManish Sah
1. The document discusses issues related to integrating renewable energy sources like solar and wind with conventional power sources in India's electricity grid.
2. Some key challenges are the variability and unpredictability of renewable energy sources, high costs, and the need to upgrade infrastructure to accommodate two-way power flows from roof-top solar.
3. Solutions proposed include expanding pumped hydro storage, developing smart grid technologies to better share power across regions, and connecting grids with neighboring countries to help balance variable renewable energy supplies.
A brief study on different Power Generation Units in Pakistan. Progress of Energy Sector 1947 - 2017. Production Capacity and Resources all are compiled in this brief presentation.
This document discusses different types of solar power systems including solar pumping systems, on-grid systems, and off-grid systems. It provides details on the components, working, benefits, and limitations of each system type. It also includes examples of load studies and solar system solutions. The key points covered are: 1) Solar PV systems can convert sunlight to electricity using photovoltaic cells; 2) Solar pumping, on-grid, and off-grid systems are described along with their components and working; and 3) Load studies help determine energy needs while solar solutions provide sized systems for sample appliance loads.
Wind power development in Pakistan has significant potential. The country has an estimated 346,000 MW of untapped wind power potential. To develop this resource, Pakistan has taken several steps to create an enabling environment for wind power projects. This includes providing an attractive feed-in tariff, standardizing project documents, and obtaining an ADB counter guarantee to boost investor confidence. Several initial wind power projects totaling over 500 MW are now under construction. Pakistan aims to attract more investment into the wind sector to help meet its renewable energy target of 9,700 MW by 2020 and reduce dependence on expensive imported fuel.
This document provides an overview of renewable energy technologies used for power generation, focusing on wind and solar energy. It discusses how wind turbines convert wind force into torque to generate electricity, and the typical power load factors for wind farms. It also explains the two main solar power generation technologies: concentrating solar thermal plants and photovoltaic plants. Concentrating solar plants use collectors and turbines to generate electricity from heat, while photovoltaic plants use solar arrays and inverters. The document concludes with current installed capacities of wind and solar power in India.
17. NECS 2016 _ Energy_ Evolving power situation and investment opportunities...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit on Evolving power situation and investment opportunities by Mr.S. K. Rakesh, Principal Secretary, Power, Govt of Tripura
Pakistan relies on both non-renewable and renewable resources for power generation. Non-renewable resources include coal, natural gas, crude oil, and liquefied petroleum gas. Coal is extracted through both surface mining and underground mining, and is used primarily for power generation as well as industries like cement, brick kilns and steel production. Natural gas and crude oil are extracted through drilling and are used for power generation, transportation fuel, and industrial processes. Electricity in Pakistan is generated by public sector utilities like WAPDA and K-Electric, as well as independent power producers. However, generation still falls short of demand, resulting in regular load shedding across the country.
1) The document discusses the design of a hybrid power grid for a remote village in India using solar, wind, biomass, and micro-hydro power along with a diesel generator.
2) The hybrid power grid would consist of 325W solar PV cells, a 10KW wind turbine, a 22kW diesel generator, a 50kW converter, and 1kWh batteries.
3) This system is designed to provide power to 23 village families for lighting, fans, water pumps, charging devices, and refrigerators, meeting their daily power needs of 37.26 kW.
Renewable Energy and conventional power integrationManish Sah
1. The document discusses issues related to integrating renewable energy sources like solar and wind with conventional power sources in India's electricity grid.
2. Some key challenges are the variability and unpredictability of renewable energy sources, high costs, and the need to upgrade infrastructure to accommodate two-way power flows from roof-top solar.
3. Solutions proposed include expanding pumped hydro storage, developing smart grid technologies to better share power across regions, and connecting grids with neighboring countries to help balance variable renewable energy supplies.
A brief study on different Power Generation Units in Pakistan. Progress of Energy Sector 1947 - 2017. Production Capacity and Resources all are compiled in this brief presentation.
This document discusses different types of solar power systems including solar pumping systems, on-grid systems, and off-grid systems. It provides details on the components, working, benefits, and limitations of each system type. It also includes examples of load studies and solar system solutions. The key points covered are: 1) Solar PV systems can convert sunlight to electricity using photovoltaic cells; 2) Solar pumping, on-grid, and off-grid systems are described along with their components and working; and 3) Load studies help determine energy needs while solar solutions provide sized systems for sample appliance loads.
Wind power development in Pakistan has significant potential. The country has an estimated 346,000 MW of untapped wind power potential. To develop this resource, Pakistan has taken several steps to create an enabling environment for wind power projects. This includes providing an attractive feed-in tariff, standardizing project documents, and obtaining an ADB counter guarantee to boost investor confidence. Several initial wind power projects totaling over 500 MW are now under construction. Pakistan aims to attract more investment into the wind sector to help meet its renewable energy target of 9,700 MW by 2020 and reduce dependence on expensive imported fuel.
This document provides an overview of renewable energy technologies used for power generation, focusing on wind and solar energy. It discusses how wind turbines convert wind force into torque to generate electricity, and the typical power load factors for wind farms. It also explains the two main solar power generation technologies: concentrating solar thermal plants and photovoltaic plants. Concentrating solar plants use collectors and turbines to generate electricity from heat, while photovoltaic plants use solar arrays and inverters. The document concludes with current installed capacities of wind and solar power in India.
Wind power has potential in Pakistan but faces challenges. It could help address Pakistan's electricity shortage by providing power to remote areas not connected to the national grid. However, wind is intermittent and large-scale wind farms are needed to meet major power demands. While wind is free and produces no emissions once turbines are built, some view turbines as eyesores that damage landscapes. Pakistan is exploring a project with China to build small wind plants and aims to obtain 5% of its energy from renewables by 2030, but financial and political issues may limit wind power's growth.
Overview of Power Generation Sector of Bangladesh and Proposed Grid Connected...IJERA Editor
This document provides an overview of the power generation sector in Bangladesh and proposes a grid-connected hybrid renewable energy system. It discusses the country's current dependence on natural gas for power generation. It also outlines various renewable energy resources available in Bangladesh including solar, wind, hydro, and biogas. Finally, it proposes a hybrid system that would connect hydro, biomass, solar, and wind generation sources to both AC and DC buses to power local loads. When generation exceeds load, excess power would be fed to the national grid, and the grid could also supplement the system during high demand periods. This hybrid approach aims to reduce reliance on the national grid in rural areas using sustainable clean energy sources.
The document discusses Pakistan's energy sector and energy crisis. It notes that electricity in Pakistan is generated mainly through thermal, hydel, and nuclear sources. Approximately 55% of the population has access to electricity. It is experiencing a severe energy crisis with shortages of 4,000-9,000 MW per day, costing the economy billions. To resolve this, it suggests increasing investment in renewable sources like wind, where Pakistan has significant potential to develop wind farms and power coastal areas.
Can India achieve 100GW Solar Power Generation by 2022? Can Rajasthan develop 25GW? An analysis in the light of Solar PV Roadmap, 2014 by IEA
Installed PV capacity worldwide is 135GW by 2013. Approx. 40GW being added every year. The 210 GW of cumulative capacity projected by IEA by 2020 is being achieved five years earlier. This has made IEA come out with a new Solar PV Roadmap, 2014 where the
capacity expected for 2020 will be double of what was foreseen in the 2010 roadmap.
IEA’s analysis is based on a bottom-up TIMES* model that uses cost optimisation to identify least-cost mixes of energy technologies and fuels to meet energy demand, given availability constraints of natural resources. IEA projects that India can achieve 142GW by 2030 in a high renewable scenario and around 575GW by 2050 wherein PV will contribute to 16% of overall energy generated.
* The Integrated MARKAL (Market Allocation)- EFOM (energy flow optimisation model) System.
The document discusses the function and process of thermal power plants. Coal is the most common fuel used in thermal power plants. Coal is burned to heat water and create steam, which spins turbines connected to generators to produce electricity. The steam is then cooled and recycled to repeat the process. Thermal power plants in Pakistan are located in major cities like Karachi, Lahore, and Quetta. A future non-conventional thermal plant is being built in Thar to use local coal reserves through gasification. Key factors for locating thermal plants include availability of fuel, land for operations and disposal of ash byproduct.
This document discusses using solar photovoltaic panels to generate and store power for backup use during power outages or in areas without grid access. It provides examples of roof-top solar installations for residential, commercial, industrial and other applications. The benefits listed are reduced dependence on diesel fuel, almost zero maintenance, a silent and pollution-free power source, and utilizing unused roof space. Cost analyses are provided comparing solar to diesel generation. The company promotes solar solutions and provides installation and maintenance services.
The document outlines how to become an entrepreneur in the solar energy sector in India. It discusses the working of solar plants, requirements like land and funding options. It also addresses distributing generated power, necessary government permissions, problems faced by solar plants like dust accumulation, and recommendations such as improving solar panel lifetime through research funding. The goal is to reduce carbon emissions from coal power through increased solar power capacity.
Montecito Community Microgrid: Renewables-driven resilience for critical faci...Clean Coalition
Craig Lewis, Executive Director for the Clean Coalition, was a panelist at the Rebuilding Montecito: Pathways to a Resilient Future event, which took place on February 20, 2018 in Santa Barbara, CA.
Pakistan power sector overview issues and recommendations abrar younas
Pakistan's power sector faces issues with meeting increasing demand. It has an installed capacity of 19,500MW but demand is growing at 9% annually while supply is only increasing at 7%, leaving a shortage of 4,500MW. The major power producers are WAPDA, KESC, IPPs, and PAEC. Thermal power generates most electricity but plants are inefficient and expensive to operate on furnace oil. Hydropower and nuclear energy also contribute, but renewable resources like solar and wind remain underdeveloped despite potential. High fuel costs and lack of alternative energy incentives exacerbate problems in Pakistan's power sector.
The March 11, 2011 disaster created the need to review Japan’s energy architecture. We believe that it will take about 10 years for Japan to fully decide on a new energy and electricity architecture, and it will take about 3 years to reach decisions on the future of Japan’s nuclear power generation. Japan has taken a careful approach towards the development of renewable power, and renewable power - except for hydropower - is substantially lower than in most other advanced countries. Japan’s potential for renewable energy is very high, especially wind and geo-thermal power, and will required substantial changes in laws and regulations, and a decentralized and democratic approach to grid management. Necessary liberalization of Japan’s electricity markets is in preparation, and we will see a rapid development of renewable energy. This report reviews the current situation and the future potential of renewable electrical power in Japan.
Power generation and demand in bangladeshGalib Ghani
Electricity generation in Bangladesh began in 1901 with a small plant installed in Dhaka. Over time, generation capacity increased through additional fossil fuel plants. The Bangladesh Power Development Board was established in 1972 to oversee generation, transmission, and distribution. Currently, generation capacity is 8,525 MW but demand is around 7,500 MW, resulting in regular shortages. Natural gas provides 66% of power but reserves are declining. Future plans include significantly increasing generation from domestic coal, imported coal, LNG, and renewable sources to meet the growing demand and reduce load shedding.
This document provides an overview of Pakistan's current electricity demand and supply scenario. It discusses that Pakistan is facing a 6000 MW deficit in peak summer months, with demand growing at 6-7% annually. It attributes the crisis to bad governance, financial issues, and theft. Plans are outlined to enhance generation capacity through coal, hydel, and renewable projects to bridge the gap and attract private investment. Charts show current installed capacity by source, consumption by sector, and Pakistan's energy mix compared to global averages. Upcoming private projects through 2025 are projected to add over 15,000 MW of capacity.
The document proposes an investment project to generate hydrokinetic power using a system that combines pressurized water and air to create mechanical movement and inertia to power generators, providing pollution-free electricity continuously. It describes 5MW, 40MW and 100MW power plant systems that require small plots of land and use neodymium magnet generators to produce electricity at competitive costs with quick returns on investment. Contact information is provided for Jean M Lacroix, the CEO, regarding additional details on the hydrokinetic power technology.
The document summarizes electricity production in Pakistan. It outlines that the main sources of electricity production are hydel, thermal, and nuclear. It then details the four major power producers in Pakistan: WAPDA, which produces the majority of electricity at 56.77% primarily from hydel and thermal sources; KESC at 8.84% from thermal plants; IPPs that contribute 32.05% through various independent plants; and PAEC which produces 2.32% from nuclear plants. It concludes with a graph showing total generation capacity and production vs demand.
The document provides an overview of Pakistan's energy sector. It notes that energy is a key determinant of economic development. Pakistan's total energy consumption in 2009-10 was 63.1 million tons of oil equivalent. The majority of Pakistan's energy comes from natural gas and oil. However, there is a push to increase the use of domestic coal, hydropower, and renewables. Key challenges facing Pakistan's energy sector include a growing demand, reliance on imported fuels, underdevelopment of domestic resources, and poor governance. Addressing these issues through integrated energy planning and developing indigenous energy sources is seen as important for Pakistan's economic growth.
This report on “Solar PV Sector in India: Challenges & Way ahead”, prepared by Tata Strategic Management Group, has a holistic view on the current state of solar sector in India. The key focus of the report is on identifying key challenges faced by different stakeholders in the Indian market and how a collaborative effort in the right direction could ensure the growth of the sector to realize its true potential
The document summarizes Bangladesh's present energy situation. Natural gas meets over 75% of the country's commercial energy needs but supplies are short of demand. Petroleum is entirely imported. Other energy sources include hydroelectricity, coal, and renewable sources like solar, wind and biomass. The government has short, medium, and long term plans to address energy issues through rental power plants, coal and gas-fired power plants, and nuclear power. Recent private sector renewable energy initiatives include solar home systems, solar power plants, and planned wind power. The energy sector has seen increased generation capacity and electrification over time but challenges remain in meeting rapidly growing demand.
Financial viability of solar power plant in Tamil NaduIshan Rohit
This document analyzes the financial viability of solar power plants in Tamil Nadu, India. It finds that a 1 MW solar photovoltaic plant has a net present value of Rs. 22.29 crore and an internal rate of return of 12.93%, while a similar sized solar thermal plant has a higher NPV of Rs. 43.60 crore and IRR of 15.46%. For a 3 MW plant, the photovoltaic option yields an NPV of Rs. 71.67 crore and IRR of 13.07%, compared to Rs. 137.81 crore and 15.67% for the thermal option. Overall, the analysis finds that solar thermal plants currently have stronger financial
The document discusses the history of nuclear power in the UK, including the first reactors built in 1947 and accidents like Windscale in 1957. It provides a SWOT analysis of nuclear power noting its low carbon emissions but also high costs. It outlines current nuclear new build plans from Horizon, EDF Energy, and NuGen. It concludes nuclear power should remain part of the energy mix and recommends a cautious approach to development.
India is seeking large investments from companies like SoftBank and Foxconn to help meet its solar energy goals for the year. The government also launched an online wind atlas to help identify regions with good wind potential and improve project efficiency. Several companies announced new renewable energy projects, investments, and partnerships across India in solar, wind, hydropower, and natural gas.
18. NECS 2016 _ Energy- Way forward for oil and gas exploration in tripura-Mr...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Way forward for oil and gas exploration in Tripura by Mr. S. C.Soni, Asset Manager, ONGC Tripura Asset
22. NECS 2016 _ Air connectivity_ Connecting Southeast Asia through Northeast...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Connecting Southeast Asia through Northeast by Amb.Rudy Warjri, Former Ambassador of India
Wind power has potential in Pakistan but faces challenges. It could help address Pakistan's electricity shortage by providing power to remote areas not connected to the national grid. However, wind is intermittent and large-scale wind farms are needed to meet major power demands. While wind is free and produces no emissions once turbines are built, some view turbines as eyesores that damage landscapes. Pakistan is exploring a project with China to build small wind plants and aims to obtain 5% of its energy from renewables by 2030, but financial and political issues may limit wind power's growth.
Overview of Power Generation Sector of Bangladesh and Proposed Grid Connected...IJERA Editor
This document provides an overview of the power generation sector in Bangladesh and proposes a grid-connected hybrid renewable energy system. It discusses the country's current dependence on natural gas for power generation. It also outlines various renewable energy resources available in Bangladesh including solar, wind, hydro, and biogas. Finally, it proposes a hybrid system that would connect hydro, biomass, solar, and wind generation sources to both AC and DC buses to power local loads. When generation exceeds load, excess power would be fed to the national grid, and the grid could also supplement the system during high demand periods. This hybrid approach aims to reduce reliance on the national grid in rural areas using sustainable clean energy sources.
The document discusses Pakistan's energy sector and energy crisis. It notes that electricity in Pakistan is generated mainly through thermal, hydel, and nuclear sources. Approximately 55% of the population has access to electricity. It is experiencing a severe energy crisis with shortages of 4,000-9,000 MW per day, costing the economy billions. To resolve this, it suggests increasing investment in renewable sources like wind, where Pakistan has significant potential to develop wind farms and power coastal areas.
Can India achieve 100GW Solar Power Generation by 2022? Can Rajasthan develop 25GW? An analysis in the light of Solar PV Roadmap, 2014 by IEA
Installed PV capacity worldwide is 135GW by 2013. Approx. 40GW being added every year. The 210 GW of cumulative capacity projected by IEA by 2020 is being achieved five years earlier. This has made IEA come out with a new Solar PV Roadmap, 2014 where the
capacity expected for 2020 will be double of what was foreseen in the 2010 roadmap.
IEA’s analysis is based on a bottom-up TIMES* model that uses cost optimisation to identify least-cost mixes of energy technologies and fuels to meet energy demand, given availability constraints of natural resources. IEA projects that India can achieve 142GW by 2030 in a high renewable scenario and around 575GW by 2050 wherein PV will contribute to 16% of overall energy generated.
* The Integrated MARKAL (Market Allocation)- EFOM (energy flow optimisation model) System.
The document discusses the function and process of thermal power plants. Coal is the most common fuel used in thermal power plants. Coal is burned to heat water and create steam, which spins turbines connected to generators to produce electricity. The steam is then cooled and recycled to repeat the process. Thermal power plants in Pakistan are located in major cities like Karachi, Lahore, and Quetta. A future non-conventional thermal plant is being built in Thar to use local coal reserves through gasification. Key factors for locating thermal plants include availability of fuel, land for operations and disposal of ash byproduct.
This document discusses using solar photovoltaic panels to generate and store power for backup use during power outages or in areas without grid access. It provides examples of roof-top solar installations for residential, commercial, industrial and other applications. The benefits listed are reduced dependence on diesel fuel, almost zero maintenance, a silent and pollution-free power source, and utilizing unused roof space. Cost analyses are provided comparing solar to diesel generation. The company promotes solar solutions and provides installation and maintenance services.
The document outlines how to become an entrepreneur in the solar energy sector in India. It discusses the working of solar plants, requirements like land and funding options. It also addresses distributing generated power, necessary government permissions, problems faced by solar plants like dust accumulation, and recommendations such as improving solar panel lifetime through research funding. The goal is to reduce carbon emissions from coal power through increased solar power capacity.
Montecito Community Microgrid: Renewables-driven resilience for critical faci...Clean Coalition
Craig Lewis, Executive Director for the Clean Coalition, was a panelist at the Rebuilding Montecito: Pathways to a Resilient Future event, which took place on February 20, 2018 in Santa Barbara, CA.
Pakistan power sector overview issues and recommendations abrar younas
Pakistan's power sector faces issues with meeting increasing demand. It has an installed capacity of 19,500MW but demand is growing at 9% annually while supply is only increasing at 7%, leaving a shortage of 4,500MW. The major power producers are WAPDA, KESC, IPPs, and PAEC. Thermal power generates most electricity but plants are inefficient and expensive to operate on furnace oil. Hydropower and nuclear energy also contribute, but renewable resources like solar and wind remain underdeveloped despite potential. High fuel costs and lack of alternative energy incentives exacerbate problems in Pakistan's power sector.
The March 11, 2011 disaster created the need to review Japan’s energy architecture. We believe that it will take about 10 years for Japan to fully decide on a new energy and electricity architecture, and it will take about 3 years to reach decisions on the future of Japan’s nuclear power generation. Japan has taken a careful approach towards the development of renewable power, and renewable power - except for hydropower - is substantially lower than in most other advanced countries. Japan’s potential for renewable energy is very high, especially wind and geo-thermal power, and will required substantial changes in laws and regulations, and a decentralized and democratic approach to grid management. Necessary liberalization of Japan’s electricity markets is in preparation, and we will see a rapid development of renewable energy. This report reviews the current situation and the future potential of renewable electrical power in Japan.
Power generation and demand in bangladeshGalib Ghani
Electricity generation in Bangladesh began in 1901 with a small plant installed in Dhaka. Over time, generation capacity increased through additional fossil fuel plants. The Bangladesh Power Development Board was established in 1972 to oversee generation, transmission, and distribution. Currently, generation capacity is 8,525 MW but demand is around 7,500 MW, resulting in regular shortages. Natural gas provides 66% of power but reserves are declining. Future plans include significantly increasing generation from domestic coal, imported coal, LNG, and renewable sources to meet the growing demand and reduce load shedding.
This document provides an overview of Pakistan's current electricity demand and supply scenario. It discusses that Pakistan is facing a 6000 MW deficit in peak summer months, with demand growing at 6-7% annually. It attributes the crisis to bad governance, financial issues, and theft. Plans are outlined to enhance generation capacity through coal, hydel, and renewable projects to bridge the gap and attract private investment. Charts show current installed capacity by source, consumption by sector, and Pakistan's energy mix compared to global averages. Upcoming private projects through 2025 are projected to add over 15,000 MW of capacity.
The document proposes an investment project to generate hydrokinetic power using a system that combines pressurized water and air to create mechanical movement and inertia to power generators, providing pollution-free electricity continuously. It describes 5MW, 40MW and 100MW power plant systems that require small plots of land and use neodymium magnet generators to produce electricity at competitive costs with quick returns on investment. Contact information is provided for Jean M Lacroix, the CEO, regarding additional details on the hydrokinetic power technology.
The document summarizes electricity production in Pakistan. It outlines that the main sources of electricity production are hydel, thermal, and nuclear. It then details the four major power producers in Pakistan: WAPDA, which produces the majority of electricity at 56.77% primarily from hydel and thermal sources; KESC at 8.84% from thermal plants; IPPs that contribute 32.05% through various independent plants; and PAEC which produces 2.32% from nuclear plants. It concludes with a graph showing total generation capacity and production vs demand.
The document provides an overview of Pakistan's energy sector. It notes that energy is a key determinant of economic development. Pakistan's total energy consumption in 2009-10 was 63.1 million tons of oil equivalent. The majority of Pakistan's energy comes from natural gas and oil. However, there is a push to increase the use of domestic coal, hydropower, and renewables. Key challenges facing Pakistan's energy sector include a growing demand, reliance on imported fuels, underdevelopment of domestic resources, and poor governance. Addressing these issues through integrated energy planning and developing indigenous energy sources is seen as important for Pakistan's economic growth.
This report on “Solar PV Sector in India: Challenges & Way ahead”, prepared by Tata Strategic Management Group, has a holistic view on the current state of solar sector in India. The key focus of the report is on identifying key challenges faced by different stakeholders in the Indian market and how a collaborative effort in the right direction could ensure the growth of the sector to realize its true potential
The document summarizes Bangladesh's present energy situation. Natural gas meets over 75% of the country's commercial energy needs but supplies are short of demand. Petroleum is entirely imported. Other energy sources include hydroelectricity, coal, and renewable sources like solar, wind and biomass. The government has short, medium, and long term plans to address energy issues through rental power plants, coal and gas-fired power plants, and nuclear power. Recent private sector renewable energy initiatives include solar home systems, solar power plants, and planned wind power. The energy sector has seen increased generation capacity and electrification over time but challenges remain in meeting rapidly growing demand.
Financial viability of solar power plant in Tamil NaduIshan Rohit
This document analyzes the financial viability of solar power plants in Tamil Nadu, India. It finds that a 1 MW solar photovoltaic plant has a net present value of Rs. 22.29 crore and an internal rate of return of 12.93%, while a similar sized solar thermal plant has a higher NPV of Rs. 43.60 crore and IRR of 15.46%. For a 3 MW plant, the photovoltaic option yields an NPV of Rs. 71.67 crore and IRR of 13.07%, compared to Rs. 137.81 crore and 15.67% for the thermal option. Overall, the analysis finds that solar thermal plants currently have stronger financial
The document discusses the history of nuclear power in the UK, including the first reactors built in 1947 and accidents like Windscale in 1957. It provides a SWOT analysis of nuclear power noting its low carbon emissions but also high costs. It outlines current nuclear new build plans from Horizon, EDF Energy, and NuGen. It concludes nuclear power should remain part of the energy mix and recommends a cautious approach to development.
India is seeking large investments from companies like SoftBank and Foxconn to help meet its solar energy goals for the year. The government also launched an online wind atlas to help identify regions with good wind potential and improve project efficiency. Several companies announced new renewable energy projects, investments, and partnerships across India in solar, wind, hydropower, and natural gas.
18. NECS 2016 _ Energy- Way forward for oil and gas exploration in tripura-Mr...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Way forward for oil and gas exploration in Tripura by Mr. S. C.Soni, Asset Manager, ONGC Tripura Asset
22. NECS 2016 _ Air connectivity_ Connecting Southeast Asia through Northeast...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Connecting Southeast Asia through Northeast by Amb.Rudy Warjri, Former Ambassador of India
20. NECS 2016 _ Sub regional cooperation in energy sector Mr.K.M.Zaman RomelFICCINorthEast
This document discusses opportunities for sub-regional cooperation between Bangladesh and Tripura in the energy sector. It identifies Tripura's natural gas, food processing, rubber, tea, handicrafts, bamboo and tourism industries as areas for potential investment. It also outlines opportunities in Bangladesh for power generation, oil refining, and LPG that could utilize gas, condensate or LPG from Tripura via pipeline. The document concludes by recommending exchange visits and determining financing mechanisms to mutually benefit both regions through regional energy cooperation.
15. NECS 2016_ Investment opportunities in tourism in NER Mr.Gautam ChinteyFICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 Investment opportunities in tourism in NER by Mr. Gautam Chintey, Advisor, North East Council
16. NECS 2016 _ Energy - Expanding the oil &; gas potential for north east- M...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Expanding the oil &; gas potential for Northeast by Mr. P. Padmanabhan, Managing Director, NRL
10. NECS 2016_ 3 ideas to boost tourism and people to people connectivity Mr...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit , 2016 on 3 ideas to boost tourism and people to people connectivity by Mr.Tanvir Khan,Senior Research Associate, IPAG, Bangladesh
Presentation made at 3rd Northeast connectivity summit, 2016 on trade aspects and Northeast connectivity by Dr.Deeparghya Mukherjee, Visiting Research Fellow, ISAS, Singapore
5. NECS 2016 ease of doing business in assam mr. anil sarafFICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit ease of doing business in assam by Mr. Anil Saraf, Consultant, Ease of doing Business, Assam Government
9. NECS 2016 _ Sub regional people to people connectivity Mr.Sabyasachi DuttaFICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Sub regional people to people connectivity by Mr. Sabyasachi Dutta, Director, Asia Confluence
4. NECS 2016 _ Building cross border value chains and border townships Mr.Dhi...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on building cross border value chains and border townships by Mr.Dhiraj Nayar, Head, Economics , finance & commerce,NITI Aayog
13. NECS 2016 Opportunities in agro - food processing Mr.S.BhattacharjeeFICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Opportunities in Agro - food processing by Mr.S.Bhattacharjee, Executive Director, NERAMAC
11. NECS 2016 _Current status and the way ahead for road development in the ...FICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit on current status and the way ahead for road development in the Northeast by Mr. Mahabir Singh, NHAI
14. NECS 2016 _ Opportunities in handloom,textiles & apparels Mr.R.E.ZeliangFICCINorthEast
1) The textile industry in India contributes 5% to GDP and employs over 45 million people. The North East region has opportunities to become a textile production hub like Bangladesh.
2) The Ministry of Textiles and NEDFi have several initiatives to promote the textile industry in North East India, including setting up apparel and garment centers, skill development programs, and marketing support.
3) NEDFi provides loan schemes targeted for textiles and handicrafts businesses. It is also launching a Rs. 100 crore North East Venture Fund to invest in early and growth stage enterprises focused on sectors like IT, food processing and tourism.
24. NECS 2016 Connectivity through inland waterways_ Mr.Mahboob AhmedFICCINorthEast
Presentation made at 3rd Northeast Connectivity Summit,2016 on Connectivity through inland waterways by Mr.Mahboob Ahmed,Managing Director,Shipwright resources ltd,Dhaka
With state-of-the-art hybrid technology that comes in the form of SolarMill that efficiently utilizes the potential of wind and sun energy in any climatic conditions, minimizing your carbon footprint becomes to breeze
This document discusses the estimation and cost analysis of installing a 300 kW roof-top photovoltaic system at the University B D T College of Engineering in Davangere, India. It analyzes the available roof space of 3,000 square meters that can accommodate 1,200 solar panels generating a total of 300 kW of power. The estimated total cost of the system is 24 million rupees with an estimated payback period of 6 years based on energy savings from self-consumption and revenue from excess power exported to the grid. The roof-top PV system would help meet the college's annual energy demand of 264,960 units and generate an estimated 492,750 units annually.
The document proposes installing a 1 MW solar thermal power plant in Uttarakhand, India. It provides details of the project, including an introduction, background on solar thermal power, objectives to generate clean energy and expand access, and a proposed budget and timeline. A team of engineers and workers would install parabolic trough collectors to focus solar energy and heat a fluid to power a generator over 6 months for approximately 6.45 crore (INR). The proposal seeks government approval to help meet energy demands in a sustainable way.
Renewable energy considerations for the BahamasCharvari Watson
This document assesses the viability of solar energy as an alternative energy resource for the Bahamas. It analyzes the country's current reliance on imported fossil fuels, the electrical utility market breakdown among islands, and average household energy usage. The document finds that solar irradiance and technical potential allow for viable solar power generation. Specifically, solar parks and greenfield installations could power the out islands at 58 megawatts of capacity. This would reduce peak load on utilities and lower fuel costs. The document also examines considerations for implementing solar in more populated and urbanized areas.
About the Power Energy Industry in India. This ppt consists of history,timeline,Market SIze,Geographical Distribution of Power Sector, Sources of power with shares in installed capacity,Import export,Comparative analysis,Product and technology,Porter's five forces model, Trends of cost and ouput,Protection of environment,R&D intensity, Opportunities & threats in Energy-power generation sector in India
Flinders Island Isolated Power System (IPS) Connect 2016 F GAFARO IRENAjames hamilton
The transition of the power sector towards a renewable energy based electricity supply requires in many cases the integration of high shares of non-conventional generation into the existing infrastructure. Changes in the physical characteristics and the conditions to operate these grids are consequently introduced. The technical challenges associated with these changes have particular impact in islands, where the grids are small and the flexibility that is offered by system interconnection is not available.
Successful integration experiences in islands have demonstrated that these challenges can be overcome. Reliable and efficient supply of electricity is possible, if a consistent planning process, considering the particularities of each island and the links between different sectors and stakeholders, takes place. Through renewable energy roadmaps, grid integration studies and technical trainings IRENA has supported the planning of the transformation of the electricity systems in Small Island Developing States at a global level. In this presentation IRENA will share the lessons learned within its work and its vision of the deployment of renewable energies in island states for the following years.
Francisco Gafaro works as Programme Officer in the Renewable Energy Agency IRENA since May 2014, coordinating different projects of technical assistance to developing countries, facilitating the integration of renewable energies into the electricity grid. He is holds a Bachelor degree on electrical engineering from the Universidad de Los Andes in Colombia and a M.Sc. In Electrical Power Engineer from the RWTH-Aachen in Germany. He has more than 12 years of experience in the power sector, working in technical topics related to planning and operation of transmission and distribution networks and analyzing the impacts of RE.
B.Sc. Thesis_Design of a Energy Generating Systems Using Speed BreakerMd. Rokonuzzaman
This document proposes a new technique to generate renewable energy by capturing the wasted kinetic energy from vehicles passing over speed bumps. A prototype system was designed using a rack and pinion mechanism connected to an electric generator. Experimental data showed that a single vehicle passing over the speed bump could generate 19.62 watts of power. Scaling this up, it is estimated that the system could generate 28.25 kilowatts of power per hour from traffic over a 24 hour period. While this offers potential benefits like being low cost and reducing pollution, challenges include the pulsating DC output, corrosion risks, and low efficiency. Further work is needed to design generators and springs for larger scale implementation and integration with the electric grid.
Grid Integration of Renewable Energy in India under Mitigation of High Penetration Challenges of Renewables into the Grid: Storage, Demand Response and Interconnections
solar wind hybrid system(renewable sources)Rahul Bibave
The document discusses an advanced solar-wind hybrid energy system. It proposes combining solar and wind power sources to provide a more reliable and efficient energy supply. Key benefits highlighted include reduced pollution compared to conventional power sources, lower maintenance costs over time, and the ability to power both on-grid and off-grid applications. The hybrid system is presented as a sustainable solution to meet growing energy demands while saving on costs through an initial investment in renewable technologies.
CCXG Oct 2019 Electricity sector opportunities for more ambitious NDCs - Mand...OECD Environment
The document discusses opportunities for South Africa's electricity sector to contribute more ambitious emissions reduction targets. It provides context on Eskom, the state-owned electricity utility which generates 95% of South Africa's electricity primarily from coal. While Eskom has implemented some emissions reduction programs, the summary suggests the sector could do more through further diversification, just transition measures, and aligning with global climate goals.
This document describes a proposed hybrid road-rail power generation system that utilizes solar panels, vertical axis wind turbines, and piezoelectric pavement to generate renewable energy from transportation infrastructure without occupying additional land. The system is designed to be installed on highways, expressways, railways, and state roads to harness solar energy, wind energy from passing vehicles, and kinetic energy from vehicle movement to power on-road charging stations for electric vehicles. Calculations are provided estimating the electricity generation potential of a 1 km section of various road types.
Redefine CSR –How to Solve the Toughest Problems in the most Profitable Way-G...Simba Events
CSR Leadership World 2014 committee, Simba Events, concentrates to bring the whole system from global network to review and exam CSR issues with 360 angle to discover the earnest ways toward a sustainable economy future!
The document summarizes initiatives several MGM Resorts International properties have undertaken to increase energy efficiency and sustainability, such as installing variable frequency drives, improving lighting efficiency, increasing recycling rates, and implementing renewable energy projects. These projects have resulted in annual savings of over $5 million and 50 million kWh of energy across MGM properties.
This document discusses a mini hydro power generation project using a spherical turbine inside pipelines. It aims to analyze the performance of the spherical turbine, assess power generation feasibility and costs. The project would take advantage of existing water pipelines to generate renewable energy. A pipe power system is proposed that uses a lift-based spherical turbine inside pipes to convert the kinetic energy of flowing water into electricity. Key components discussed include the turbine, generator, electronics and a control/monitoring system. The system has potential to generate clean, low-cost power from water pressure and flow within pipes.
The document discusses wind energy and wind turbines. It provides an overview of wind power, why renewable energy is important, the Kyoto agreement on reducing greenhouse gases, and wind power potential and development in India. It then discusses ALTEM Power Limited, an Indian company that manufactures wind turbines, and provides technical details on its product range and the factors to consider when setting up a wind turbine.
The document discusses wind energy and provides details about wind turbines. It notes that wind turbines operate by converting the kinetic energy of wind into mechanical power that drives an electrical generator. The main components of a wind turbine are the blades, gearbox, generator, nacelle and tower. India has significant wind power potential and the top states for installed wind capacity are Gujarat, Tamil Nadu, Maharashtra, Karnataka and Rajasthan. The document proposes developing wind parks to provide infrastructure support and overcome challenges related to land acquisition and transmission for wind projects.
Energy crisis
Energy Demand and Supply Statistics
Power Production Sources
Causes of Energy Crisis
Consequences of Energy Crisis in Pakistan
Suggestion/ Recommendations and Solutions
Introduction and Present Status of Renewable Energies.pptRajaDesingu2
This document provides a syllabus for a course on power electronics for renewable energy systems. The syllabus covers five units: (1) an introduction to environmental impacts of renewable energy and different renewable resources; (2) electrical machines for renewable energy conversion; (3) power converters for solar and wind systems; (4) analysis of wind and PV systems; and (5) hybrid renewable energy systems. Textbooks and references are also listed.
Micro Hydro Electricity Generation in S.T.P, A Case Study of S.T.P, Salawas-J...IRJET Journal
This document presents a case study of installing a micro hydro power plant (MHPP) at a sewage treatment plant (STP) in Jodhpur, India. It summarizes that a MHPP could be installed at the STP to harness the energy from the water flow. Based on the available flow rate of 0.3-0.6 m3/s and head of 1.5-2 m, a Kaplan turbine with an output of 11.32 kW was selected. It is estimated that this MHPP could generate 73,355 kWh of electricity annually. The investment cost is estimated to be Rs. 9,10,400 with a payback period of 1.5 years and
IRJET- Planning and Designing of Zero Energy Residential BuildingIRJET Journal
The document discusses the planning and design of a zero energy residential building in India. It aims to produce enough electricity through solar panels to meet the building's annual energy needs. The proposed building's energy consumption is calculated to be 9,930 watts per day. Based on this, the design includes installing 8 solar panels totaling 1,986 watts to meet the building's daily needs. Additional system components like batteries, inverters, and their costs are presented. The analysis estimates it will take 5.5 years for the solar energy system costs to be recovered through electricity savings. Advantages of zero energy buildings include reducing environmental impacts and long-term cost savings, while disadvantages include high upfront costs and dependence on weather conditions
Similar to 19. NECS 2016 _ Energy- Way forward for solar and wind power in NE India -Prof. Koka (20)
Digital Marketing with a Focus on Sustainabilitysssourabhsharma
Digital Marketing best practices including influencer marketing, content creators, and omnichannel marketing for Sustainable Brands at the Sustainable Cosmetics Summit 2024 in New York
Zodiac Signs and Food Preferences_ What Your Sign Says About Your Tastemy Pandit
Know what your zodiac sign says about your taste in food! Explore how the 12 zodiac signs influence your culinary preferences with insights from MyPandit. Dive into astrology and flavors!
Event Report - SAP Sapphire 2024 Orlando - lots of innovation and old challengesHolger Mueller
Holger Mueller of Constellation Research shares his key takeaways from SAP's Sapphire confernece, held in Orlando, June 3rd till 5th 2024, in the Orange Convention Center.
At Techbox Square, in Singapore, we're not just creative web designers and developers, we're the driving force behind your brand identity. Contact us today.
How to Implement a Strategy: Transform Your Strategy with BSC Designer's Comp...Aleksey Savkin
The Strategy Implementation System offers a structured approach to translating stakeholder needs into actionable strategies using high-level and low-level scorecards. It involves stakeholder analysis, strategy decomposition, adoption of strategic frameworks like Balanced Scorecard or OKR, and alignment of goals, initiatives, and KPIs.
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Industrial Tech SW: Category Renewal and CreationChristian Dahlen
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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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Structural Design Process: Step-by-Step Guide for BuildingsChandresh Chudasama
The structural design process is explained: Follow our step-by-step guide to understand building design intricacies and ensure structural integrity. Learn how to build wonderful buildings with the help of our detailed information. Learn how to create structures with durability and reliability and also gain insights on ways of managing structures.
Best practices for project execution and deliveryCLIVE MINCHIN
A select set of project management best practices to keep your project on-track, on-cost and aligned to scope. Many firms have don't have the necessary skills, diligence, methods and oversight of their projects; this leads to slippage, higher costs and longer timeframes. Often firms have a history of projects that simply failed to move the needle. These best practices will help your firm avoid these pitfalls but they require fortitude to apply.
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Understanding User Needs and Satisfying ThemAggregage
https://www.productmanagementtoday.com/frs/26903918/understanding-user-needs-and-satisfying-them
We know we want to create products which our customers find to be valuable. Whether we label it as customer-centric or product-led depends on how long we've been doing product management. There are three challenges we face when doing this. The obvious challenge is figuring out what our users need; the non-obvious challenges are in creating a shared understanding of those needs and in sensing if what we're doing is meeting those needs.
In this webinar, we won't focus on the research methods for discovering user-needs. We will focus on synthesis of the needs we discover, communication and alignment tools, and how we operationalize addressing those needs.
Industry expert Scott Sehlhorst will:
• Introduce a taxonomy for user goals with real world examples
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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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2. Why North-East should look for renewable energy?
Green economy
To meet the peak demand of power for consumption
months.
Mitigate greenhouse gas emission (Co2) & control Climate
change
Mix energy system for energy security & sustainable
development
Prevention of environmental damage from large
hydropower which will disturb the ecosystem and
hydrology.
3. North –East on its way to support and mitigate
global concerns for climate change by
Providing electricity for rural households/ artisans to make them
less dependent on fuelwood.
Afforestation (60% forest coverage at all times to come in
constitution of North-East)
Diversify energy to renewable sources
Encouraging electric vehicles for transportation
Community forest (CF). The CF Program in North East seeks to
strengthen the link between people and forests and can make a
significant contribution to livelihood improvement,
environmental conservation and sustainable use of forests.
6. Why you need Solar + Wind : Hybrid System ?
1. Hybrid Power Plant Generates Electricity 24X7 & 365 days a year.
2. When you need more energy generation from limited Roof Top Space.
3. Freeze your Electricity Bills for 25 Years.
4. Cut-in wind speeds at 2m/s and Cut-out wind speeds at 18.5m/s
5. Appropriate for ON-GRID & OFF-GRID applications.
6. Higher Power Density / Square Foot
7. Scalable Hybrid System from KW to MW
8. You can track the electricity generation data at the comfort of Laptop /
Mobile through SMS & Email alerts.
7. Solar & Wind Analysis at Bosaso, Somalia Puntland
Bender Qassim International Airport
8. HYBRID ® vs Solar Only
28 day Performance Summary
March 30-April 26, 2015
1KW side by side Test Units
Kingston, Jamaica [ CASE STUDY ]
10. HYBRID vs Solar Only
28 day Performance Summary
March 30-April 26, 2015
1KW - Side by Side Performance 28 day Review
Site Location
East Street Kingston, Jamaica, 4 Story Commercial Building. Prevailing winds are partially obstructed
by more than 3 adjacent buildings, and cause occasional turbulence with wind gusts greater than 5m/s.
Overview: 2 Systems
A 1KW Hybrid, and a 1KW Solar Only installed side by side. Identical Inverters (Cap. 1.2KW). Date
Commissioned: March 18, 2015
Capacity: 1 KW Hybrid
Configuration: HYBRID SM1-3P
Capacity: 1KW Solar Only
Configuration: 4 X 250W SOLAR
PANELS
11. HYBRID vs Solar Only
28 day Performance Summary
March 30-April 26, 2015
1KW - Side by Side Performance 28 day Review
HYBRID produced 13% MORE
total energy
Wind system outperformed the
4th solar panel
April is historically the 2nd
highest month for solar
irradiance
April is historically the 2nd lowest
month for wind speed
13. HYBRID created
more energy
19 out of 28days.
0
0.5
1
1.5
2
2.5
3
3.5
4
4.5
5
30-Mar
31-Mar
01-Apr
02-Apr
03-Apr
04-Apr
05-Apr
06-Apr
07-Apr
08-Apr
09-Apr
10-Apr
11-Apr
12-Apr
13-Apr
14-Apr
15-Apr
16-Apr
17-Apr
18-Apr
19-Apr
20-Apr
21-Apr
22-Apr
23-Apr
24-Apr
25-Apr
26-Apr
1KW Daily Production (KWh)
SolarMill® & Solar Only
SolarMill (3PV + 1 Mill) Solar(4PV)
S
M
S
M
S
M
S
M
S
M
S
M S
M
S
M
S
M S
M
S
M
S
M
S
M
S
M
S
M
S
M
S
M
S
M S
M
HYBRID vs Solar Only
28 day Performance Summary
March 30-April 26, 2015
1KW - Side by Side Performance 28 day Review
14. HYBRID
: 3PV &
1Mill
1KW
April 18, 2015 April 19, 2015 April 20, 2015April 15, 2015 April 16, 2015 April 17, 2015
Solar
Only
4 PV
1KW
2.73K
Wh
2.11K
Wh
3.73K
Wh
3.41K
Wh
3.04K
Wh
1.66K
Wh
4.06K
Wh
3.44K
Wh
4.27K
Wh
3.67K
Wh
4.44K
Wh
2.14K
Wh
Notes
• Wind is variable, but can help stabilize/smooth out daily production
output of PV
• Total daily production is less variable when wind is present
• Wind power offsets lower output due to from temporary cloud cover
HYBRID vs Solar
Only28 day Performance Summary
March 30-April 26, 2015
1KW - Side by Side Performance 28 day Review
HYBRID can stabilize daily
energy output
15. SolarMill Energy
4.45KWh
Solar Only Energy
3.14KWh
Evening Energy
Production
Morning Energy
Production
HYBRID vs Solar Only
28 day Performance Summary
March 30-April 26, 2015
1KW - Side by Side Performance 28 day Review
Starts
Early
Better Peak
Energy
Works
Late
Why HYBRID
MORE ENERGY
Actual data on
April 28
Why HYBRID ®?
Early energy production
Better daytime peaks
Late evening & night-
time energy
Improves Reliability
More Total Energy!
24 hour operation of HYBRID vs.
11 hour operation of Solar Panels
16. 29/09/2016 LAVANCHA RENEWABLE ENERGY PVT LTD 16
TowerMill One
Most flexible solution for retrofits & new construction
16
Solar and Wind Turbines on ground mounted
platform
Installed 10-15m above site equipment – no
operational interference
Silent operation
Fast Installation
Scalable
Reduces running costs
17. 29/09/2016 LAVANCHA RENEWABLE ENERGY PVT LTD 17
17
TowerMill XL
Lattice Tower Energy Solution
More Reliable, More Stable Power
Wind turbine units mounted ON Tower
Wind Units width 1.52m
1 or 2 units at each level
Higher unobstructed winds
Increased wind energy
Solar only on raised platform – 10-15m tall
Additional Turbines may be added
Improved Security
No interference with Comm. equipment
Silent operation
19. 29/09/2016 LAVANCHA RENEWABLE ENERGY PVT LTD 19
Mobile Energy Applications
1. MILITARY & DISASTER MANAGEMENT.
2. Reduces or Replaces Diesel Generators
consumption at Remote Areas.
3. Construction Sites for Electricity
Requirements .
4. Temporary Labour Camps .
5. Medical Emergencies / Services at Remote
Areas.
6. Mobile ATM’s / Mobile Offices.
7. Central / State Government & NGO ‘s for
educating Rural Commmunity.
20. 29/09/2016 LAVANCHA RENEWABLE ENERGY PVT LTD 20
Mobile Energy
Applications
Disaster Management
Energy management prioritization
Automatic switching among up to 3
energy sources: renewables; generator; or
grid (where available)
Seamless integration of wind, solar, fuel
and energy storage systems.
Intelligent multisource power selection
Programmable “bias” systems provide
continuous power availability
Single operator system to reduce
manpower dependence
Indiana Department of Homeland Security Emergency
Response Unit
22. Bender Qassim International Airport,
Bosaso, Somalia[ Puntland ]
Hybrid Power Plant Installation Pics
VIDEO FILE
23. Hybrid : Solar Water Heater + Solar PV
• Solar Hot Water Supply to
residence + Electricity
Generation using
Photovoltaic Cells installed
in between.
• Water below the Solar Cells
increases efficiency of Solar
PV generation.
27. Solar Power Land Vehicles Solar Windows to Power Building
Net-zero energy building (NZEB)
Concept
A building with zero net energy consumption, meaning the total amount of energy used by the building on an annual basis is roughly equal to
the amount of renewable energy created on the site
33. …happiest and carbon negative country in the world
with a vision of 100% renewable energy supply….
34. Energy scenario( generation till date)
Hydropower – 1606 MW
Wind energy – 0.6 MW
Solar Energy – 0.25 MW
Electricity
28% (180,244
TOE)
Coal
15% (97,567 TOE
Petroleum product
21% (138,192 TOE)
Biomass
36% (234,369
TOE)
Total Energy Supply in Bhutan and the
Fuel Mix (2014)
35. Large Hydropower potential : 30,000 MW
Techno – Economically viable : 23,500 MW
Total installed capacity : 1,606 MW
Hydropower under construction : 3,658 MW
Existing Transmission lines
(66kV & above)
: 1015.3 KM
Peak load demand : 333.41MW
Hydropower Sector (primary
source of energy)
Bhutan, the only South Asian country with surplus energy
available for export, has large reserves of untapped hydropower
resources
36. Renewable Energy Sources
Wind
Wind energy resource : 323 MW
The Prime Minister, Tshering Tobgay inaugurated
the first pilot wind power project of the country
in Rubesa village under Wangdue Phodrang on
26th January 2016
Installed capacity of two wind turbine is 600KW
37. Solar Photovoltaic
Solar Energy Resource : Under study
Following areas are identified and have substantial potential for
development of utility scale solar power generation;
- Chukha (Development capacity ) – 143 MW
- Paro (Development capacity) – 344 MW
- Samtse (Development capacity) – 366 MW
- Sarpang (Development capacity) – 19,12 MW
The DRE is conducting a feasibility study for the 30 MW Shingkhar
solar power plant project in Bumthang District and seeking project
fund.
Off-grid Rural Electrification – 2392 sets of Solar PV Home lighting
System distributed for free to rural households (over 0.25 MW
installed)
Solar Thermal
Solar Water Heating Systems (500 – 1000 L) – 8 Nos. piloted in
different places.