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Himin Solar is leading provider of solar thermal solutions in world. We specialize in development and deployment of concentrated solar power system (CSP),which includes linear ...

  • Solar heating for industrial process Solar heating for industrial process produces high-temperature hot water/steam by adopting solar thermal collectors to absorb the sun's energy.
  • Solar air conditioningOwing to its application in heating and cooling,Solar air conditioning can serve in office buildings,hotels,schools, hospitals,etc.
  • Solar seawater desalinationIt is an Eco-friendly and sustainable solution integrating solar thermal technology and seawater desalination technology.

Key Component For Concentrated Solar Power System

Established on June 5, 1995,Himin Solar is leading provider of solar thermal solutions in world. We specialize in development and deployment of concentrated solar power system (CSP),which includes linear Fresnel solar thermal system, parabolic trough solar thermal system, central tower solar thermal system, parabolic dish solar thermal system.

    1. Fresnel Solar Receiver
    2. Fresnel Solar ReceiverThe receiver tube - Himin coated steel tube, delivers superb solar absorptance, and very low thermal emittance. It has a decisive influence on the overall efficiency of the plant. The heat transfer fluid circulating through the tube can be heated up to 300℃.
      Himin coated steel tube consists of three parts...
    1. Linear Fresnel Solar Thermal System
    2. Linear Fresnel Solar Thermal SystemThe Fresnel system has a rectangular mirror field made up of a number of horizontal reflectors with one rotating shaft. It can automatically track the sun to reflect sunlight into Fresnel receiver tubes parallel to the top of the mirror field ...
    1. Parabolic Trough Receiver
    2. Parabolic Trough ReceiverParabolic trough receiver is also known as Heat Collecting Element (HCE). As a key component of a parabolic trough solar collector, its thermal and optical performance as well as performance reliability determines the efficiency and economy of a parabolic trough power generation system ...
    1. Parabolic Trough Solar Thermal System
    2. Parabolic Trough Solar Thermal SystemThe most commercialized CSP system in the world. A large number of collectors in parallel aligned in a north-south orientation to maximize solar energy collection. With a single-axis sun-tracking system, this configuration makes the mirrors to track the sun from east to west during the daytime ...
    1. Central Tower Solar Thermal System
    2. Central Tower Solar Thermal SystemCentral tower system utilizes many sun-tracking heliostats to focus sunlight onto a receiver at the top of a tower. Heat transfer fluid heated in the receiver is used to generate steam, which, in turn, is used in a conventional turbine-generator to produce electricity ...
    1. Parabolic Dish Solar Thermal System
    2. Parabolic Dish Solar Thermal SystemParabolic dish system consists of a dish-shaped point focus concentrator which tracks the sun and reflects solar radiation onto a Stirling Engine mounted at the focal point. Dish CSP is easy to be modularized to large scale and suitable for distributed power ...