Recent residential applications of low-temperature solar collector

Configuration based modeling and performance analysis of single effect solar absorption cooling system in TRNSYS

The climate crisis is increasing fast to leave an everlasting impact on China and its operations. China faces the prospect of one region facing extreme flooding while another region grapples with scorching heat and drought. There has been a substantial rise in typhoons and storms. The food security of the nation has taken a hit, and the country has seen its rice production fall by about 8%. This issue is concerning for not only China but the whole world, as a huge number of countries depend on China for food supplies. This research studied the role of Fintech, Natural Resources and Urbanization on environmental sustainability in China by considering the data from 2000 to 2020, using the sophisticated and resilient Qunatile-based ARDL approach. The findings suggest that the use of Fintech can help to achieve green growth while the use of Natural resources can have a detrimental impact on environmental sustainability. Similarly, urbanization leads to increased human activity, which would increase the level of CO2 emissions and result in deforestation, which deteriorates the ecological balance of a country. China is recommended to introduce a carbon tax to ensure that firms find it costly to use unsustainable sources of energy. The funds raised from carbon taxes can be used to finance green projects. Fintech can be used to facilitate the green economy by allowing green loans and green finances to ensure green growth in China. 

Exploring the Nexus between Fintech, natural resources, urbanization, and environment sustainability in China: A QARDL study

Performance assessment of a solar powered ammonia–water absorption refrigeration system with storage units

https://backend.orbit.dtu.dk/ws/files/205576772/1_s2.0_S0360544219303718_main.pdf

A comprehensive analysis on development and transition of the solar thermal market in China with more than 70% market share worldwide

Application of Solar Thermal Cooling System Driven by Low Temperature Heat Source in China

The utility model relates to a movable detector for thermal performance of a solar water heater, which is characterized in that: the movable detector comprises an electric heating device, an aircooled chiller unit and a circulating water pump. The electric heating device and the aircooled chiller unit are respectively matched with the circulating water pump and used for controlling that the inlet temperature of the solar water heater is the start water temperature for the thermal performance test of the solar water heater. The movable detector for thermal performance of the solar water heater can be moved to a different place to implement field test, thus satisfying the requirements of manufacturers on quickly and flexibly testing the product performances.

Movable detector for thermal performance of solar water heater

The invention provides a multi-energy complementary heating device based on solar energy and belongs to the field of the solar energy and heating products. The device comprises a solar energy heat collector, a heat storage water tank, a heat pump unit, an auxiliary heat source system, a circulating water pump, a pipeline, related components and an automatic control system. The solar energy heat collector is connected with the heat storage water tank, and the heat storage water tank is connected with the heat pump unit and the auxiliary heat source system respectively; a heating appliance is connected with the heat pump unit and the heat storage water tank respectively, the heat can be optionally and directly transmitted into the heating appliance from the heat storage water tank, or the heat source quality is further improved through the heat pump unit, and the heat is indirectly transmitted into the heating appliance. According to the multi-energy complementary heating device based on the solar energy, the integration design of the integrated form is adopted, according to different situations and different heat using requirements of solar energy supply, the system can be switched into different operating modes, accordingly, complementation and coupling of the solar energy and other energy are achieved, and meanwhile the device can supply heat to buildings and provide domestic hot water.

Multi-energy complementary heating device based on solar energy

The utility model provides an indoor sun analog system for thermal -arrest product test. Indoor sun analog system, including light source and cooling device, cooling device sets up the front end of light exposure direction, cooling device is sealed cavity, just the cavity has cooling gas's entry and export, the cavity is at light exposure direction printing opacity. Further, above -mentioned indoor sun analog system can also be including connected air conditioning body feeding mechanism, preferred, the light source can set up steady voltage controlling means. The utility model discloses an indoor sun analog system reduces heat radiation that light source projected need checking sample at the non -light tight sealed cavity of light exposure direction as cooling device through setting up, compares with prior art, not only improved the light source the transmissivity nor can be at the thermal -arrest product cast shadow on the surface that awaits measuring, simultaneously, cooling gas can not loose to the test environment in to can not influence the test result, make the test result more accurate.

A indoor sun analog system for thermal -arrest product test

The invention provides an indoor solar simulation system for testing a heat collection product. The indoor solar simulation system comprises a light source and a cooling device, and the cooling device is arranged at the front end in the irradiation direction of the light source; the cooling device is a closed cavity which is provided with a cooling gas inlet and a cooling gas outlet, and the cavity is euphotic in the irradiation direction of the light source. Further more, the indoor solar simulation system can further comprise a cold gas supply device which is connected with the indoor solar simulation system; preferably, the light source can be provided with a voltage stability control device. According to the indoor solar simulation system for testing the heat collection product, the euphotic closed cavity is arranged in the irradiation direction of the light source and serves as the cooling device, so that the heat radiation projected on a sample to be tested through the light source is reduced; compared with the prior art, the transmittance of the light source is improved, and a shadow can not be projected on the surface of a heat collection product to be tested; meanwhile, the cooling gas can not be spread into the testing environment, the test result can not be affected, and the test result is more accurate.

Indoor solar simulation system for testing heat collection product

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