Shanghai Eco-Park Solar-Storage Demonstration Project
The Pudong Environmental Protection project utilizes the treatment plant's roofing and pool tops to construct a 360kWp distributed photovoltaic system and a 10kW small wind turbine generator set. It is equipped with 360kW/720kWh electrochemical energy storage, adopting a one-stop architecture of "PV + Wind Power + Energy Storage + Controllable Loads". Through various interactive forms such as source-source complementarity, source-grid coordination, grid-load interaction, grid-storage interaction, and source-load interaction, it achieves precise regulation of energy resources around the clock.
Relying on a customized energy management platform, a directly controllable cloud-edge collaborative energy system is constructed. This enables the combined application of various strategies such as peak shaving and valley filling, demand control, weather warning, and load tracking. It achieves local consumption of green electricity, supply-demand balance on the power grid, a significant reduction in operational costs, and makes multiple energy forms "observable, measurable, controllable, and adjustable". This creates a "green economy", enhances the safety and stability of electricity use, and explores a new path for green development towards zero-carbon factories.
01 Full-Scenario Strategy Adaptation
Supports multiple strategies including peak shaving and valley filling, demand control, emergency control, load tracking, anti-reverse power flow, and PV-storage-charging integration. It supports creating multiple strategies and applying strategies on demand.
02 On-Demand Control
Supports three modes: manual, automatic, and cloud dispatch, meeting all scheduling scenarios and enabling multi-line switching control.
03 Flexible Strategy Timing
Strategy application times are flexible, supporting strategy application with a minimum unit of day/week.
04 Multi-Unit Coordination
Coordinates power between multiple energy storage cabinets, ensuring the highest utilization efficiency and maximum profitability of the energy storage system.
