The smart corridor lighting demonstration project of the Haimen District base in Nantong, Jiangsu is officially connected to the grid

In order to help achieve the goal of "carbon peaking and carbon neutrality", recently, the "light and storage integration" smart corridor lighting demonstration project of the electromechanical building and hull building of the Haimen District base in Nantong City, Jiangsu Province was officially connected to the grid and put into operation, realizing that all corridor lighting uses solar energy Generate electricity.

 This smart corridor lighting system has an integrated energy solution of "photovoltaic + energy storage + lighting" and its reasonable operation mode, which can solve the problem of mismatch between power production and consumption and poor grid access, and change the "production, transportation and consumption of power". "The characteristics of instantaneous synchronous completion achieve the dual purpose of consuming clean energy and meeting power demand.

 The Lean Management Center works around the construction of the "Lighthouse Project". This new optical storage microgrid project allows the energy management office and power operation and maintenance class to independently design circuits and independently purchase spare parts for assembly. The "low-carbon" office building corridor with "integrated light and storage" has significant energy-saving benefits and is highly replicable and popularizable. According to the time-of-use electricity price mechanism, the energy storage system charges during the low electricity price period and discharges during the peak electricity price period through energy transfer, using the peak-valley price difference for arbitrage to achieve optimal benefits while reducing the load on the power grid and promoting peak shaving and valley filling of the power grid. , balance the load.

 Calculated based on the installation scale and coverage area of ??the electromechanical building in the Haimen base, lighting can save about 21,700 yuan/year and reduce carbon dioxide emissions by about 22.66 tons/year, which is equivalent to about 2.75 tons of standard coal/year. The smart corridor lighting demonstration project is the company's way to reduce costs. It is an innovative measure to increase efficiency, save energy and reduce emissions, and is also a new exploration in building low-carbon office buildings.