Urban Industrial Park Photovoltaic Energy Storage Zero Carbon Smart Energy System Application

   Jilin Downtown Industrial Park spans an area of 51,800 square meters and has a floor area of 59,000 square meters, primarily consisting of 12 multi-story factory buildings and 1 research and development center.A public service platform for Jilin Energy Internet, consisting of energy stations and buildings; accompanied by a配套 built energy Internet of Things, energy storage center, integrated photovoltaic storage and charging, and a series of new infrastructure. 

In the field of clean energy applications, we have配套新建配套新建 built a new energy storage station system, a photovoltaic power generation system, an electrochemical energy storage system, and an intelligent energy management system.

Energy storage stations efficiently run during off-peak hours at night to store heat output in storage tanks. Once the peak and off-peak electricity rates kick in during the day, the storage units cease operation, and the stored heat is then released from the tanks to provide heating for buildings. The economic benefits of using energy storage stations for heating are quite pronounced.

The rooftop photovoltaic power generation system can meet the power needs for office, lighting, and charging stations in the park. Any excess generated electricity is automatically stored in the energy storage battery system to ensure the building consumes as much clean energy as possible.

Electrochemical energy storage systems can convert solar power generation and off-peak electricity into a diversified, efficient, and flexible use as needed, reducing the impact of real-time solar power generation fluctuations on the consumer side. By storing electricity during off-peak, low-priced hours and then discharging it during peak, high-priced hours for user consumption, these systems not only help to balance the load but also lower the operational costs for the park.

The Smart Energy Management System, based on cloud computing, the Internet of Things, and advanced intelligent energy consumption management technology, enables flexible data access through intelligent terminals, facilitating interconnectivity of data, and achieving automatic collection, transmission, analysis, and smart heating of energy data; by consolidating the energy data of cooling, heating, electricity, water, equipment operating status, and cable temperature data within the system platform for unified monitoring, combined with professional energy data processing algorithms, it presents statistical information of various energy types within the region, conducts in-depth multi-level analysis, uncovers energy-saving potential, and handles energy consumption alarms in real-time; simultaneously, through load, power, and weather information forecasting, it optimizes energy consumption habits and methods, achieving safe energy use at a low cost.