Source-Grid-Load-Storage Integrated System
The Source-Grid-Load-Storage Integrated Management System is a comprehensive dispatching and real-time control platform designed for industrial parks, renewable energy bases, and user-side integrated energy scenarios. Centered on holistic coordination of "source-grid-load-storage" integration, the system treats renewable power generation, grid infrastructure, energy storage systems, and user loads as unified control objects. Through centralized monitoring, hierarchical control, and multi-time-scale optimization, it complies with grid dispatching technical standards while addressing park cost reduction, efficiency enhancement, and high renewable energy integration requirements.
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Core Features
Integrated Source-Grid-Load-Storage Management
Unified object modeling, relationship modeling, and operational characteristic modeling for power sources, grids, loads, and energy storage systems, establishing a comprehensive model framework encompassing equipment attributes, topology structures, operational states, control boundaries, and collaborative relationships.
Multi-energy Complementary Source-Load Planning
Based on load forecasting, power forecasting, operational constraints, and cost parameters, establishes a planning management system covering day-ahead planning, rolling intra-day optimization, real-time dispatch allocation, and power supply cost analysis.
Integrated Power-Grid-Load-Storage Modeling
By establishing operational models and dynamic response models for power generation, energy storage, and loads, combined with short-term and ultra-short-term power forecasting, optimizes the internal generation-demand balance of projects through rolling optimization.
Technical Highlights
Multi-scale Collaborative Optimization Scheduling
Establish a multi-level collaborative scheduling mechanism covering pre-scheduling, intra-day, and real-time phases. By leveraging high-precision renewable energy and load forecasting, achieve dynamic matching and optimized operation of power generation, grid, load, and storage resources.
Flexible Support Stability Control
By leveraging grid-connected energy storage systems, active voltage and frequency support along with inertial response can be provided to the grid, enhancing its disturbance immunity and operational stability under high renewable energy integration.
Digital Twin for Comprehensive Intelligent Control
Through a collaborative architecture integrating digital twins and edge cloud, achieve comprehensive state awareness of all elements in source-grid-load-storage systems, panoramic visualization, and intelligent closed-loop regulation.
Target Users
Operators of high-penetration new energy industrial parks, construction and management units of integrated source-grid-load-storage pilot parks, integrated energy investment operators on the user side, incremental distribution network and park power distribution and sales companies, and energy management departments of large industrial and commercial users.