Grid-scale systems
Utility-grade storage for large portfolios, grids, and energy-intensive sites. inavitas grid-scale ESS supports peak shaving, frequency regulation, and backup at multi-MWh scale.
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What grid-scale ESS does
Inavitas grid-scale ESS combines containerized batteries, power conversion, and advanced control into utility-grade systems for multi-MWh projects. Deployed at substations, renewable hubs, or large industrial nodes, it helps stabilize the grid, reduce congestion, and support high penetration of renewables.
Connected to the inavitas platform, operators monitor state of charge, power flows, and KPIs across multiple systems, coordinate dispatch strategies, and integrate storage into broader grid and portfolio operations.
Grid-scale ESS
HUAWEI Energy Storage Systems
Huawei Grid-scale Energy Storage System delivers utility-grade storage for large industrial sites and grid applications. Designed for MW-scale projects, it combines high-capacity battery containers, PCS, and intelligent control to provide peak shaving, frequency regulation, and backup power. Modular architecture means you can start small and expand as demand grows, while advanced safety features and active thermal management support reliable, long-life operation.Technical highlights:
- Containerized, modular design for multi-MWh projects
- High round-trip efficiency for lower lifecycle cost
- Supports multiple grid services: peak shaving, load shifting, frequency regulation, and backup
- Integrated monitoring and control for easy operation and remote management
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Key benefits
Grid-scale ESS turns storage into a flexible grid asset, supporting stability, reliability, and better use of existing infrastructure.
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Support grid
stability & reliability
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Increase
renewable hosting capacity
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Optimise
network investments
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Fleet-level
visibility & control
How it works in practice
Plan & configure use cases
Operate & dispatch
Monitor, analyse & refine
Key capabilities at a glance
modular architecture
Container-based design that scales from a single site to a fleet of grid-scale systems without redesigning the core architecture.
for multiple grid services
Operate in modes such as peak shaving, load shifting, frequency regulation, reserve, and congestion management, individually or in combination.
with Inavitas platform
Connect ESS to EMS, APM, PPC, SCADA, and WFM so storage becomes part of a unified control and analytics environment across utilities and renewables.
and lifecycle support
Built with advanced BMS, thermal management, and safety systems, with engineering and service support across design, commissioning, and long-term operation.
