Utility-Scale GFM Smart BESS Solution

Solution Introduction

The Grid-Forming Smart Energy Storage Solution for Utility-Scale Power Plants addresses the core challenges of grid integration and consumption for renewable energy power plants. Through deep coordination between grid-forming energy storage and PV systems, it effectively resolves issues such as high output fluctuations, insufficient regulation capability, and limited consumption capacity of renewable energy.

Leveraging grid-forming control technology, the solution achieves plant-level power smoothing, rapid fluctuation suppression, and energy shifting during curtailment periods, significantly reducing PV and wind curtailment. It also enhances the voltage and frequency support capability of renewable energy power plants, improves power system dispatchability and grid hosting capacity, and comprehensively boosts renewable energy consumption levels and plant operational value.

Design Tools + Simulation Lab + EMS + PMS Build the Digital Foundation

Providing full-lifecycle design, simulation, optimization, and management capabilities for grid-forming energy storage systems.

Fully self-developed software
10+ State Grid Certifications
Large-Screen Centralized Control & Dispatching
Energy optimization

Provides full-lifecycle professional design consulting and support from design, simulation, and delivery to O&M.

With high-performance products, expert project design, optimized logistics, and comprehensive services, we help developers and owners minimize procurement and operating costs for maximum cost efficiency.

Design

CAPEX savings of over 20%

Design tool auto-generates optimal storage configuration with one click.
Simulation

Higher solution availability and reliability

Grid-level microgrid simulation : electromechanical, electromagnetic transient, and HIL simulation.
Delivery

1 week vs 1 month (hundreds of MW scale)

Complete delivery solution with auto-generated plant wiring diagrams.
O&M

Full-process monitoring

Data refreshed every second, fast frequency/voltage control, supports on&off-grid modes.

Three-Layer Architecture for Grid-Forming Smart PV-Storage Power Station

All-Scenario Grid-Forming Smart PV-Storage with layered architecture balancing stability and cost-efficiency.

Stable grid-forming layer with millisecond response.

Device-level inertia & primary frequency/voltage control; high PV-storage coordination for stable grid.
High Coordination Control Layer – 100ms-level

System-level secondary control, emergency response, seamless grid sync, fast black start.
Intelligent Optimization Dispatch Layer – minute-level

PV-Storage-Diesel economic operation; full system overview on one screen.

Supports off-grid and grid-tied modes, meeting various scenario requirements.

Enhances energy reliability, optimizes efficiency, and ensures continuous and economical power supply.

Off-grid backup

Off-grid storage, 5–95% SOC, stable grid formation.
Demand management

Supports self-consumption with peak–valley arbitrage.
StorageTOU

Highest RTE efficiency for better returns.
Maximize self-consumption

PV-Storage-Diesel coordination, capacity planning tool, generation follows load.
Anti-reverse flow control

PMS supports direct PT/CT grid data acquisition, no meter needed.
Stable and reliable

Millisecond-level response and 99.99% availability

Partner Ecosystem

Sales Partners

Partnering with leading industry channels to provide localized consulting and sales services.
Service Partners

Certified experts delivering end-to-end services from design to operation.
Financing Partners

Flexible financing with financial partners to lower entry costs and speed up project rollout.