Chinese Academy of Sciences and Danish University of Science and Technology study the use of complementary solar energy

Recently, the preparation meeting for the “Key Technology Research on the Multi-energy Complementary Integration and Optimization System Based on Solar Photo-thermal Utilization” organized by the Building Materials Research and Design Institute of Gansu Province will be held in Lanzhou. The Institute of Electrical Engineering of the Chinese Academy of Sciences and the Danish University of Science and Technology will participate in the project.

Three domestic and foreign R&D units will establish a multi-energy complementary dynamic coupled heating system based on solar thermal energy utilization based on the characteristics of renewable energy such as solar hot water systems, air heat source pump systems, and biomass pellet fuels.

Low-carbon, green, energy saving, and environmental protection are important connotations of new urbanization in China's new era. The development of this project is conducive to the development of the solar thermal industry in western China, and is beneficial to all parties involved in the construction of the new Silk Road Economic Belt. Make due contributions to development.

Suspend Solids Controller

Suspended solids refer to solid particles suspended in water or other liquids, usually caused by natural or human factors. Suspended solids can affect water clarity, water quality, biodiversity and ecosystem health. A large amount of suspended solids can cause water turbidity, reduce light and oxygen content, and affect the growth and reproduction of aquatic organisms. The suspended solids controller can be connected with the suspended solids sensor to realize the monitoring of suspended solids in water quality. The suspended solids controller has 2 SPST relays, two 4-20mA current outputs, a two-wire RS485 interface, and supports Modbus communication protocol. The suspended solids controller can be installed in various ways, which can be panel, wall-mounted or pipe-clamped. Usually, in order to reduce the impact of suspended solids, some measures can be taken, such as reducing pollution sources, strengthening water management, improving land use, etc. At the same time, some physical, chemical and biological methods can also be used to remove suspended solids, such as precipitation, filtration, adsorption, biodegradation, etc. Suspended solids meters are widely used in sewage plants, surface water monitoring, reservoirs, hydropower stations and other occasions.

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