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Power plants, cogeneration plants
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Solar power plant - 8 GW | AC Power Block™
Leveraging over 8 gigawatts (GW) of experience, the AC Power Block™ is a configurable power generation unit that enables construction...
Solar power plant - 8 GW | AC Power Block™
Leveraging over 8 gigawatts (GW) of experience, the AC Power Block™ is a configurable power generation unit that enables construction of a fully integrated First Solar utility scale power plant. The AC Power Block delivers bankable PV energy at the lowest LCOE in the world's most diverse regions.
By utilizing technologies optimized by First Solar, the AC Power Block provides verification of the power plant energy model ensuring that delivered performance equals predicted performance resulting in verified asset value for the plant owner.
By utilizing technologies optimized by First Solar, the AC Power Block provides verification of the power plant energy model ensuring that delivered performance equals predicted performance resulting in verified asset value for the plant owner.
Solar power plant - 10 - 290 MW
As the global leader in PV energy, our PV power plants set the bar for bankable project execution, receiving numerous Project of the Year awards. In addition, we have been named the #1 EPC Company and #1 Project Developer in the industry.
With experience and expertise across the entire solar value chain, we integrate...
With experience and expertise across the entire solar value chain, we integrate...
Solar power plant - 10 - 290 MW
As the global leader in PV energy, our PV power plants set the bar for bankable project execution, receiving numerous Project of the Year awards. In addition, we have been named the #1 EPC Company and #1 Project Developer in the industry.
With experience and expertise across the entire solar value chain, we integrate our technologies and activities to maximize energy output and reduce the levelized cost of electricity (LCOE) for our customers. By accepting full value chain responsibility and standing behind the performance of the entire power plant, we maximize the value of our customers PV investment while minimizing their risk.
FIRST SOLAR PV POWER PLANT FEATURES:
Stable grid integration and advanced plant control features
Maximum project value with our engineering & plant optimization services
Bankable results with project development and financing expertise
Superior energy yield with integrated and optimized technologies throughout the plant
World-class execution with our procurement and construction capabilities
Industry-leading system availability with our operations and maintenance (O&M) services
Technologies proven to deliver reliable energy yield and stable grid integration
With experience and expertise across the entire solar value chain, we integrate our technologies and activities to maximize energy output and reduce the levelized cost of electricity (LCOE) for our customers. By accepting full value chain responsibility and standing behind the performance of the entire power plant, we maximize the value of our customers PV investment while minimizing their risk.
FIRST SOLAR PV POWER PLANT FEATURES:
Stable grid integration and advanced plant control features
Maximum project value with our engineering & plant optimization services
Bankable results with project development and financing expertise
Superior energy yield with integrated and optimized technologies throughout the plant
World-class execution with our procurement and construction capabilities
Industry-leading system availability with our operations and maintenance (O&M) services
Technologies proven to deliver reliable energy yield and stable grid integration
Solar power plant - 250 MW | Agua Caliente
The Agua Caliente Solar Project, located 65 miles east of the city of Yuma, Arizona, is the worlds largest operational PV power...
Solar power plant - 250 MW | Agua Caliente
The Agua Caliente Solar Project, located 65 miles east of the city of Yuma, Arizona, is the worlds largest operational PV power plant with 250MW (AC) connected to the electricity grid. First Solar designed and is constructing the plant and will operate and maintain the facility for owners NRG Energy and MidAmerican Solar. During the construction period, the site will employ a daily average of 400 to 450 workers. Upon completion, Agua Caliente will have a generating capacity of 290MW (AC).
Solar power plant - 550 MW | Desert Sunlight
First Solar is currently constructing the 550 megawatt (MW) Desert Sunlight Solar Farm, which is co-owned by NextEra Energy Resources, GE Energy Financial Services, and Sumitomo Corporation of America. The project is located on land managed...
Solar power plant - 550 MW | Desert Sunlight
First Solar is currently constructing the 550 megawatt (MW) Desert Sunlight Solar Farm, which is co-owned by NextEra Energy Resources, GE Energy Financial Services, and Sumitomo Corporation of America. The project is located on land managed by the Federal Bureau of Land Management (BLM), about six miles north of the community of Desert Center. Desert Sunlight will provide enough energy to serve the needs of about 160,000 average California homes, displacing approximately 300,000 metric tons of carbon dioxide (CO2) per yearthe equivalent of taking about 60,000 cars off the road.
Construction on the project began in September 2011, and the facility is expected to be fully operational by 2015. When completed, the Desert Sunlight Solar Farm will support California in its efforts toward providing one-third of its energy from renewable resources, while establishing Riverside County as a world leader in renewable energy.
Construction on the project began in September 2011, and the facility is expected to be fully operational by 2015. When completed, the Desert Sunlight Solar Farm will support California in its efforts toward providing one-third of its energy from renewable resources, while establishing Riverside County as a world leader in renewable energy.
Solar power plant - 550 MW | Topaz Solar Farm
Located on the northwestern corner of the Carrisa Plains, the 550 megawatt Topaz Solar Farm will produce sufficient electricity to power 160,000 average California...
Solar power plant - 550 MW | Topaz Solar Farm
Located on the northwestern corner of the Carrisa Plains, the 550 megawatt Topaz Solar Farm will produce sufficient electricity to power 160,000 average California homes. The Topaz location was selected after an extensive review of potential sites in California which considered the available solar resource, proximity to existing electrical transmission lines, current land uses, and environmental sensitivities.
Economic benefits include an estimated $417 million in positive impacts, including property and sales tax revenues for the County, wages from direct and indirect employment, induced spending and supply chain revenues.
Economic benefits include an estimated $417 million in positive impacts, including property and sales tax revenues for the County, wages from direct and indirect employment, induced spending and supply chain revenues.
Thermoelectric generator
Teledyne Energy System has been at the forefront of thermoelectric power systems for the past 40 years, starting with the SNAP3 space generator in 1961. During that time, Teledyne has produced hundreds of generators...
Thermoelectric generator
Teledyne Energy System has been at the forefront of thermoelectric power systems for the past 40 years, starting with the SNAP3 space generator in 1961. During that time, Teledyne has produced hundreds of generators ranging in size from milliwatts to multi-hundred watts for both space and terrestrial applications.
Beginning in 2001, Teledyne began developing PEM fuel cell systems for the aerospace market. Applications include high efficiency PEM powerplants for Reusable Launch Vehicles for NASA, regenerative systems for high altitude unmanned aircraft/airships, and advanced designs for unique missions.
Teledyne specializes in custom designs for a wide range of customers and has the complete in-house capability for both commercial and classified applications involving thermoelectrics or PEM fuel cell power systems.
Beginning in 2001, Teledyne began developing PEM fuel cell systems for the aerospace market. Applications include high efficiency PEM powerplants for Reusable Launch Vehicles for NASA, regenerative systems for high altitude unmanned aircraft/airships, and advanced designs for unique missions.
Teledyne specializes in custom designs for a wide range of customers and has the complete in-house capability for both commercial and classified applications involving thermoelectrics or PEM fuel cell power systems.
Gas thermal power plant - 100 - 450 MW
Wärtsilä gas power plants
Wärtsilä gas power plants are designed for optimal production performance in a broad variety of peaking, intermediate and baseload applications. The power plants are based on modular 4–19 MW engine units operating on gaseous fuels.
Wärtsilä gas power plants...
Wärtsilä gas power plants are designed for optimal production performance in a broad variety of peaking, intermediate and baseload applications. The power plants are based on modular 4–19 MW engine units operating on gaseous fuels.
Wärtsilä gas power plants...
Gas thermal power plant - 100 - 450 MW
Wärtsilä gas power plants
Wärtsilä gas power plants are designed for optimal production performance in a broad variety of peaking, intermediate and baseload applications. The power plants are based on modular 4–19 MW engine units operating on gaseous fuels.
Wärtsilä gas power plants...
Wärtsilä gas power plants are designed for optimal production performance in a broad variety of peaking, intermediate and baseload applications. The power plants are based on modular 4–19 MW engine units operating on gaseous fuels.
Wärtsilä gas power plants...
Fuel-oil thermal power plant - 100 - 500 MW
Wärtsilä multi-fuel power plants
Wärtsilä multi-fuel power plants are based on engines that are able to run on natural...
Wärtsilä multi-fuel power plants are based on engines that are able to run on natural...
Fuel-oil thermal power plant - 100 - 500 MW
Wärtsilä multi-fuel power plants
Wärtsilä multi-fuel power plants are based on engines that are able to run on natural...
Wärtsilä multi-fuel power plants are based on engines that are able to run on natural...
Combined cycle power plant - 100 - 500 MW | Flexicycle™
Trigeneration is the conversion of a fuel into three useful energy products: electricity, hot water or steam, and chilled water. A trigeneration system is a cogeneration system extended with an absorption chiller that uses some of the heat to produce chilled water for air-conditioning of buildings...
Combined cycle power plant - 100 - 500 MW | Flexicycle™
Trigeneration is the conversion of a fuel into three useful energy products: electricity, hot water or steam, and chilled water. A trigeneration system is a cogeneration system extended with an absorption chiller that uses some of the heat to produce chilled water for air-conditioning of buildings...
CHP plant - max. 3000 MW
Combined heat & power and combined cycle plants
Wärtsilä’s combined heat and power (CHP) plants incorporate both power and heat generation systems. The system for heat generation in parallel with electricity production, producing steam, hot water or chilled water, is optimally designed for the customer’s needs and requirements. The total plant...
Wärtsilä’s combined heat and power (CHP) plants incorporate both power and heat generation systems. The system for heat generation in parallel with electricity production, producing steam, hot water or chilled water, is optimally designed for the customer’s needs and requirements. The total plant...
CHP plant - max. 3000 MW
Combined heat & power and combined cycle plants
Wärtsilä’s combined heat and power (CHP) plants incorporate both power and heat generation systems. The system for heat generation in parallel with electricity production, producing steam, hot water or chilled water, is optimally designed for the customer’s needs and requirements. The total plant...
Wärtsilä’s combined heat and power (CHP) plants incorporate both power and heat generation systems. The system for heat generation in parallel with electricity production, producing steam, hot water or chilled water, is optimally designed for the customer’s needs and requirements. The total plant...
Floating power plant - 100 - 500 MW
Floating power plants - Wärtsilä power barge solutions
The two strengths of Wärtsilä – power generation and marine technology – are successfully integrated...
The two strengths of Wärtsilä – power generation and marine technology – are successfully integrated...
Floating power plant - 100 - 500 MW
Floating power plants - Wärtsilä power barge solutions
The two strengths of Wärtsilä – power generation and marine technology – are successfully integrated...
The two strengths of Wärtsilä – power generation and marine technology – are successfully integrated...