solar power plants Equipment in Senegal

Serving Senegal | Office in SenegalNear Senegal
139 Results found
  • Category: Energy & Renewables ×

  • Subcategory: Solar Energy ×

  • Keyword: solar power plants ×

  • Location: Africa ×

  • Location: Senegal ×

LG Sonic - Model 360 Solar - Advanced Solar-powered Algae Control

by LG Sound B.V.     based in Zoetermeer, NETHERLANDS

The LG Sonic 360 Solar is a floating solar-powered platform that that emits different ultrasonic parameters in order to control algae.

Solar ReceiverThermal Equipment

by NEM HRSGs     based in Leiden, NETHERLANDS

The receiver is the main thermal equipment of a Solar Tower power plant. Its panels collect the reflected sun light from the heliostats of the solar field. The thermal energy of the sunlight is transferred to a heat transfer fluid (water/steam or molten salt). The receiver is placed on top of a steel or concrete tower. There are two kind of ...

SCHOTT PTR - Model 70 - Solar CSP Receivers

by SCHOTT AG     based in Mainz, GERMANY

SCHOTT Solar CSP – Your partner for sustainable profitability. The receiver, being the key component of a CSP plant, has a decisive influence on the overall efficiency of the plant and has to withstand drastic temperature changes and mechanical stresses throughout its lifetime. The SCHOTT PTR 70 Receiver responds to this challenges: high ...

Plexus Solar - Solar Photovoltaic Modules

by Plexus Solar India Pvt. Ltd     based in Bhavdhan (B. K), INDIA

Plexus Solar offers a wide range of Photovoltaic modules suitable for a variety of applications. These modules are suitable for 12V / 24V battery charging and by connecting these modules in series / parallel combinations, power generation to suit the specific application can be achieved. Photovoltaic modules are finding increased use in the ...

Model CSP - Concentrating Solar Power Technology

by Abengoa     based in Palmas Altas, SPAIN

Solar-thermal technology allows electricity to be generated in a manageable way while also offering huge possibilities for cost reductions in the near future.

Wind Streamer With Intermeshing Rotor Plant

by Mola Solar Systems GmbH     based in Duisburg, GERMANY

Application fields of the Wind Streamer: Whether independent energy supply for the weekend cottage, operation of thermal  heat pump, environmental covering of electricity as required for the company or as pilot plant for the school, community, on sports area or combined with photovoltaic, for example street light; there are many application ...

SCHOTT PTR - Model 70 - Receivers Designed for Maximum Profitability of the Power Plant

by SCHOTT AG / SCHOTT Solar CSP GmbH     based in Mainz, GERMANY

Best in class absorber coating with emittance ≤9.5% and absorptance ≥95.5%. The optical properties of the absorber coating are crucial for the performance of the collector field. SCHOTT Solar CSP has developed and patented an absorber coating with remarkable optical values and long-term thermal stability. In addition, this absorber coating ...

NivuLog SunFlow - Self-Sufficient, Solar-Powered Flow Measurement Station

by NIVUS GmbH     based in Eppingen, GERMANY

The NivuLog SunFlow is a self-sufficient, solar-powered flow measurement station independent from mains power with integrated GPRS data transmission. The discontinuous flow measurement is suited for slight to heavy polluted media in open channels, flumes as well as in part filled and full pipes. The NivuLog SunFlow is designed for flow ...

Concentrated Solar Power Parabolic Trough: Cost & Performance Report

by CSP Today - part of the FC Business Intelligence Ltd group     based in London, UNITED KINGDOM

The new report looks at how the development of larger than 50MW CSP plants in the US (from 100 to 280 MW) has revealed cost saving benefits. When increasing plant capacity, the relatively lower cost of components will contribute to a lower Levelized Energy Cost (LCOE).This is because suppliers will be able to provide better prices for components, ...

SCHOTT - Parabolic Trough Technology for Large-Scale Solar Power Generation

by SCHOTT AG / SCHOTT Solar CSP GmbH     based in Mainz, GERMANY

Concentrated Solar Power (CSP) technology uses energy from the sun to generate heat, which is used in steam cycles to produce electricity. The technology is particularly efficient in regions with high direct solar irradiation, encompassing the earth’s sunbelt on both sides of the equator to 35 degrees latitude.

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