concentrated solar power plant Equipment in Bulgaria

Serving Bulgaria | Near Bulgaria
23 Results found
  • Category: Energy & Renewables ×

  • Subcategory: Solar Energy ×

  • Keyword: concentrated solar power plant ×

  • Location: Europe ×

  • Location: Bulgaria ×

Thermal Energy Storage for Concentrated Solar Power (CSP) Plant

by NEST AS     based in Billingstad, NORWAY

The figure below shows the basic integration of NEST’s TES technology in a typical concentrating solar power (CSP) plant. The solar field heats the heat transfer fluid (HTF) to high temperature. The HTF is directed either to the steam generator, the TES system, or both depending on the available solar field energy. Both the TES system and ...

SCHOTT PTR - Model 70 - Premium Receivers for Power Plant

by SCHOTT AG     based in Mainz, GERMANY

SCHOTT PTR 70 Premium Receivers incorporate a major benefit for power plant owners and investors: a noble gas capsule. With this solution, receivers affected from the “hot tube phenomenon”, which reduces significantly the thermal efficiency of the receiver, can be recovered easily making possible to reach again thermal efficiencies ...

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 ...

Solar Tower Receiver System

by Aalborg CSP A/S     based in Aalborg, DENMARK

Aalborg CSP develops and supplies solar tower receivers and steam producing equipment for saturated and superheated steam. Aalborg CSP carries out project management, quality assurance (QA), design and manufacturing.

Concentrated Solar Power Parabolic Trough: Cost & Performance Report

by FCBI Energy     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, ...

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.

Concentrated Solar Power (CSP)

by Aries Ingeniería y Sistemas     based in Madrid, SPAIN

Aries Ingeniería promotes, develops and engineers solar power projects from basic design and optimization to the turnkey supply of the plants. Relying on its experience in thermoelectric solar plants, ARIES can offer the optimum solution and the most efficient project. The services of Aries Ingeniería include: Characterization and verification of ...

Solar Thermal Power Plants

by eco-Kinetics     based in Stapylton, AUSTRALASIA

Of the 2 primary methods used for harnessing the sun's energy, solar-thermal is more readily adapted to large-scale projects using Concentrated Solar Power or CSP.CSP involves concentrating the sun's rays and focusing the energy onto a central collector or receiver, water inside the receiver is then heated under pressure to temperatures up to ...

Abengoa - Model PS10 and PS20 - Solar Power Plants

by Abengoa Solar     based in SPAIN

Abengoa Solar is a leader in solar tower technology, operating both PS10 and PS20 (Solucar Complex, Seville, Spain). Currently, Abengoa Solar is dedicating its efforts to a second generation tower, which is even more efficient because it reaches higher temperatures.The solar power tower technology involves capturing solar radiation using a set of ...

Solar Plants

by Tuba Turbine GmbH     based in Frankfurt am Main, GERMANY

Solar power plant is based on the conversion of sunlight into electricity, either directly using photovoltaics (PV), or indirectly using concentrated solar power (CSP). Concentrated solar power systems use lenses or mirrors and tracking systems to focus a large area of sunlight into a small beam. Photovoltaic solar energy plant is for the usual ...

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