Warm congratulations on the successful acceptance of the smart energy management project at a research institute in Shanghai

Project Background: The research institute aims to establish a smart energy management platform for microgrids at the park level, to achieve centralized management of various energy sources, conduct in-depth analysis of energy consumption processes and trends, and provide charging services for enterprises and employees, utilizing photovoltaics and energy storage to reduce electricity costs. The project implementation scope includes 13 buildings including office buildings, laboratories, canteens, 7 electric scooter sheds, and a smart charging station. The implementation content includes power monitoring, energy consumption, operation and maintenance, intelligent lighting, photovoltaics, energy storage, and charging piles (electric scooter+car).

Keywords: energy system, microgrid, charging station

project scope

The total capacity of transformers in the research institute is 17000kVA, with a photovoltaic installed capacity of 150kW (Phase I), an energy storage installed capacity of 100kW/215kWh, 39 sets of 10 way electric vehicle charging piles, 59 sets of 7kW AC charging piles, and 2 240kW charging piles.

Technical Solution

Set up AcrelEMS smart energy management platform to monitor transformer energy efficiency, distributed photovoltaics, energy storage charging and discharging management, charging pile operation and maintenance management, intelligent lighting control, etc., achieve source load interaction, intelligent regulation, digital operation and maintenance management, and help research and development

Research institutes aim to improve operational efficiency and reduce electricity costs.

Light storage and charging smart station

Platform interface

Project Benefits