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Low Carbon Campus
Low Carbon Campus

Campuses are large in amount and scattered geographically, with diverse ways of energy consumption, difficult management, and obvious seasonal imbalance. Comprehensive energy-efficiency technologies such as distributed clean energy and electric energy substitution can be used to provide reliable and safe green clean energy for campuses

Solutions

01 Clean energy utilization

Circular development benefits: Green power is provided through distributed solar photovoltaic systems on the roofs of teaching buildings, office buildings.


Optical storage charging  station:  The campus can achieve a low-carbon and green travel by building a charging station covering PV carport, energy storage and charging integration.


Solar thermal hot water system: Place with needs of hot water such as centralized bathrooms, student dormitories and canteens on campus can use solar thermal radiation to heat cold water to the required temperature.


Smart Street Lights:  Green lighting for campus can be provided by using wind-solar hybrid street lighting technology to build a smart lighting system that does require external power access to provide.

02 Comprehensive energy efficiency improvement

Smart energy management platform: it collects the operation data of the energy system, monitors the operation status of the energy system, discovers the hidden dangers in the energy system in time, and reasonably optimizes the operation mode.


Project Benefits
01 Invest the saved energy costs in the all-round construction of the school to achieve circular development
02 Realize the integration of production, learning, research and application
03 Build a low-carbon smart campus and enhance brand effect