The energy consumption characteristic of urban parks is energy input. There are various output modes, complex energy conversion, and strong coupling relationship between electrical water, cooling and heating links.
01 Distributed photovoltaic system
By building a solar power generation system on site in the park, the customer's electricity costs will be reduced.02 Energy storage system
By building an electric energy storage system to improve the safety and reliability of energy consumption in the park, photovoltaic consumption will be maximized and through peak-valley electricity price,the economic value will be realized.03 Central heating and cooling system
The park receives clean power,cooling,heat and other energy from the gas-fired generator and air-conditioning cooling,heat and other energy from ground(water) source heat pumps,air source heat pumps,magnetic levitation refrigeration units and other hgihly-efficient equipment.04 Cooling storage/heating system
The park utilizes a variety of material technologies for cooling/heating storage during valley power and release it during peak energy consumption to meet its energy demand.05 Domestic hot water system
The park utilizes the waste heat or solar energy resources in the park to produce domestic hot water to provide clean hot water for the dormitories and canteens.06 Smart Energy Management Platform
Through the collection of various energy information in the park, combined with environmental parameters and park operation indicators, the customer's operating efficiency is improved through using the data management platform.