Energy Storage Systems — Scalable Power. Intelligent Control.

Runing Power industrial LiFePO₄ energy storage systems deliver scalable power from 3kW to 200kW+, with up to 1000V system voltage, modular rack-mount design, and remote EMS monitoring. Engineered for peak shaving, backup power, and renewable integration.

Entry System Power

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Maximum System Power

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UPS Switchover Time

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The Global Energy Storage Market Is Expanding Rapidly

The global battery energy storage system market was valued at $15.2 billion in 2025 and is projected to reach $35.8 billion by 2032, growing at a CAGR of 13.0%. Industrial and commercial applications account for the largest share, driven by rising electricity costs, grid instability, and renewable integration mandates.

Runing Power has been at the forefront of industrial energy storage since 2017. With 15+ years of lithium expertise, 4,000+ m² of production capacity, and 600+ global projects, we deliver ESS solutions that meet the most demanding industrial requirements.

Market Data Snapshot

2025 market value

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2032 projected

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CAGR (2025–2032)

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Industrial & commercial applications lead market growth.

Why Industrial ESS

Three Drivers Behind Industrial Energy Storage Adoption

Industrial facilities face converging pressures that make battery energy storage an operational necessity.

Rising Electricity Costs

Demand charges and time-of-use rates continue to rise. A single high-demand event can cost thousands of dollars extra. Peak shaving with ESS reduces demand charges by 20–40% typically.

Grid Instability Risks

Power sags, voltage fluctuations, and brief outages disrupt manufacturing lines and critical equipment. ESS with UPS functionality (<20ms switchover) protects production continuity.

Renewable Integration

Facilities with on-site solar generation often export excess energy at low prices and buy power during peak hours. ESS enables store-and-discharge optimization, maximizing solar ROI.

Applications

Where Runing Power ESS Makes the Difference

From manufacturing plants to data centers, Runing Power ESS delivers reliable power and cost savings.

Manufacturing Peak Shaving

Reduce demand charges by shifting energy consumption from peak to off-peak hours. Typical savings: 20–40% on demand charges.

Data Center Backup

Protect critical IT infrastructure with <20ms UPS switchover. Maintain 99.99% uptime during grid disturbances.

Solar + Storage Integration

Store excess solar generation during midday and discharge during evening peaks. Achieve 90%+ self-consumption of solar energy.

Telecom Backup Power

Ensure uninterrupted communication infrastructure with reliable backup power. Hot-swappable modules minimize downtime.

Grid Ancillary Services

Participate in frequency regulation and grid stabilization programs. Generate additional revenue from ESS assets.

Construction Site Power

Provide temporary power for construction sites, reducing diesel generator usage and carbon footprint.

What Makes Runing Power ESS Different

Six capabilities that set our industrial energy storage systems apart.

Modular Rack-Mount Design

48V modules parallel for higher capacity. Start with one rack and scale as power needs grow — up to 200kW+ and 1000V.

Remote EMS Monitoring

Cloud-based dashboard with real-time SOC, historical tracking, remote firmware updates, and automated fault alerts.

UPS-Ready (Under 20ms)

<20ms switchover — protects sensitive industrial controllers, data centers, and critical equipment from voltage sags.

Peak Shaving Automation

Programmable time-of-use management — store off-peak, discharge during peak hours. Reduce demand charges by 20–40%.

Inverter Compatibility

Compatible with Victron, SMA, GoodWe, Growatt, Deye via CAN or RS485 communication.

Safe LiFePO₄ Chemistry

UL-recognized cells. Inherently thermally stable — no fire risk compared to NMC battery systems.

System Architecture

Where Runing Power ESS Makes the Difference

From manufacturing plants to data centers, Runing Power ESS delivers reliable power and cost savings.

Solar / Grid Input

Renewable generation or grid power

Runing Power ESS

LiFePO₄ rack-mount storage · 3kW–200kW+ · EMS control

Industrial Load

Manufacturing · Data centers · Facilities

Store energy during off-peak hours · Discharge during peak demand · Protect against grid instability

LiFePO₄ vs. Lead-Acid vs. NMC: A Complete Comparison

Runing Power LiFePO₄ ESS outperforms traditional battery technologies across every key metric.

ESS Battery Comparison Table

Metric	Lead-Acid	NMC Lithium	Runing Power LiFePO₄	Advantage
Cycle Life	300–500 cycles	1,000–1,500 cycles	>2,000 cycles @80% DOD	4–6× vs lead-acid
Safety	Acid leaks, hydrogen gas	Thermal runaway risk	Inherently stable, no fire risk	UL-recognized cells
Energy Density	30–50 Wh/kg	150–220 Wh/kg	100–150 Wh/kg	Balanced & safe
Depth of Discharge	~70% recommended	>90% usable	>90% usable	More usable capacity
Lifespan (years)	2–4 years	5–8 years	7–10 years	Longest lifespan
Maintenance	Weekly watering, cleaning	Minimal	Zero maintenance	100% eliminated

Economic Impact

Peak Shaving in Action

How Runing Power ESS reduces demand charges by shifting consumption from peak to off-peak hours.

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