First, the platform construction plan
1、ems-edu 1.0
Break the information barriers of school-level energy data management under the traditional mode, and realize information exchange and unified management. 
2、ems-edu 2.0
Quota management and index management data serve management, realize management energy saving, system interaction, and efficient management. 
3、ems-edu 3.0
Source, grid, load and storage, development of new energy, and realization of low-carbon and near-zero carbon - the needs of national development, intelligent and autonomous operation, multi-energy complementarity, full autonomy, energy interconnection, information exchange, and two-way interaction. 
2. Platform**
1. Safety**
Eliminate the potential safety hazards of campus energy equipment, effectively improve the safety and stability of the energy system, and better protect the daily life of the campus.
2. Energy saving: through the use of high-performance equipment and intelligent management means to achieve energy-saving benefits, reduce energy costs, and directly save energy by about 10%.
3. Operation**Through comprehensive transformation, it saves manpower and material resources and greatly reduces the operating costs of the school
4. The society will help achieve the national dual carbon goal, promote the construction of ecological civilization, and promote the development of China's low-carbon circular economy.
3. Platform interface
1. Distributed photovoltaics.
2. Integrated power monitoring system
3. Energy storage
4. Electrical safety
5. Power quality testing
6. Analysis of building energy consumption
7. Hydropower metering
8. O&M alarm.