Virtual Power Plant_Solution_Solution_Shanghai ENNEAGON Energy Technology Co., Ltd

Microgrids

Integrated solution for wind/solar storage, charging, and swapping

Definition of Microgrid Scenarios

Build microgrids or virtual power plants to achieve optimized energy utilization and flexible scheduling.

Source load storage+PCS+V2G/S2G+wind/solar storage charging and swapping energy management system EMS=microgrid/virtual power plant

Workflow

Photovoltaic, wind power and other power generation are processed by PCS and other equipment, combined with S2G energy storage and V2G vehicle network interaction, managed by station side EMS and other systems, coordinated through Jiuxing digital platform and customer side equipment, and then dispatched and connected to virtual power plants, ultimately connected to the State Grid, realizing the circulation of energy from production to grid connection.

Functional objectives

Workflow

Build microgrids or virtual power plants to achieve optimized energy utilization and flexible scheduling.

Source load storage+PCS+V2G/S2G+wind/solar storage charging and swapping energy management system EMS=microgrid/virtual power plant

Workflow

Functional objectives

Workflow

Communication network

Relying on a 4/5G network, connecting various devices and systems to ensure data transmission and instruction interaction.

Software and Platform

There is a station side EMS energy management system, a Jiuxing digital platform, combined with a customer side APP and intelligent mobile devices, to achieve energy control and interaction; There is also a virtual power plant as an upper level form of scheduling management.

Communication network

Covering S2G (multiple models such as 800 and 900), mobile power transmission vehicles, PCS charging warehouses, public transformers, as well as photovoltaic, wind power and other power generation equipment, and V2G (vehicle to grid, including related vehicles), it forms the foundation of energy production, storage and transmission.