All-in-One energy storage systems combine battery modules, PCS, thermal management, fire suppression and intelligent controls into a single, factory-built unit for faster installation and simplified commissioning. Designed for both commercial and industrial users, these systems provide reliable backup power, renewable energy integration, and grid support, all within a ready to install design.

All-in-one containerized energy storage system

Engineered for Simplicity and Performance

Our All-in-One battery storage systems eliminate the need for complex onsite integration by combining all major power components into a unified enclosure. Each system includes Lithium Iron Phosphate (LFP) batteries, a bidirectional PCS, and an intelligent controller, preconfigured for quick deployment and optimized operation. This reduces engineering time, minimizes space requirements, and ensures consistent performance across all applications.

Cabinet and Containerized Battery Energy Storage Systems

Our All-in-One energy storage portfolio includes both compact cabinet systems and high-capacity containerized solutions, delivering flexibility across every scale of deployment.

Cabinet systems provide a fully integrated design, ideal for commercial buildings, microgrids, and small industrial sites. Compact and plug-and-play making installation fast and maintenance simple.

For larger applications, containerized all-in-one systems offer modular scalability up to multi-megawatt configurations, combining high energy density with easy on-site connection. Pre-assembled and factory-tested, they minimize engineering effort while delivering reliable, grid-ready performance for utility and large-scale commercial projects.

AC Battery Energy Storage Systems

All-in-One Battery Energy Storage

Built for simplicity, scalability, and fast deployment, from compact indoor cabinets to high-capacity outdoor containerized systems.

All-in-one Cabinet BESS

60 kW 96 kWh All-in-One BESS

60 kW rated power

96 kWh battery capacity

LiFePO4 chemistry

400 Vac input

Liquid-cooling thermal management

Built-in Energy Management System (EMS)

All-in-one Cabinet BESS

60 kW 144 kWh All-in-One BESS

60 kW rated power

144 kWh battery capacity

LiFePO4 chemistry

400 Vac input

Liquid-cooling thermal management

Built-in Energy Management System (EMS)

All-in-one Cabinet BESS

60 kW 192 kWh All-in-One BESS

60 kW rated power

192 kWh battery capacity

LiFePO4 chemistry

400 Vac input

Liquid-cooling thermal management

Built-in Energy Management System (EMS)

All-in-one Cabinet BESS

125 kW 258 kWh All-in-One BESS

125 kW rated power

258 kWh battery capacity

LiFePO4 chemistry

400 Vac input

Liquid-cooling thermal management

Built-in Energy Management System (EMS)

All-in-one BESS

1.2 MW 2 MWh All-in-One BESS

1200 kW rated power

2064 kWh battery capacity

LiFePO4 chemistry

690VAC

Liquid-cooling thermal management

Advanced BMS

All-in-one BESS

1.6 MW 3 MWh All-in-One BESS

1600 kW rated power

3008 kWh battery capacity

LiFePO4 chemistry

690VAC

Liquid-cooling thermal management

Advanced BMS

Every energy storage system is engineered for plug-and-play performance, reducing installation time and complexity, improving reliability, and lowering the total cost of ownership.

Energy Storage Systems with Integrated PCS

The Benefits of an All-in-One Battery Energy Storage System

Fast Deployment

Factory-integrated systems arrive pre-assembled and pre-tested, reducing installation time and complexity for rapid project delivery.

Lower Project Costs

A compact all-in-one design minimizes onsite labor, cabling, and commissioning work, reducing both CAPEX and OPEX.

Safe and Compliant

Built with LFP technology and UL9540-compliant design, ensuring the highest standards of safety, reliability, and grid compliance.

Flexible Scalability

Available in cabinet and containerized configurations that can be expanded or paralleled to meet growing energy demands.

Reduce Demand Charges with Smart Peak Shaving

Peak shaving with battery energy storage

Peak shaving minimizes costly demand spikes by discharging stored energy from the battery system during periods of high demand. Instead of relying solely on utility power, your energy storage system supplies additional capacity to maintain stable operations, reduce grid stress, and avoid expensive demand charges.

This intelligent approach helps lower energy costs, improve power quality, and enhance site resilience, even in regions with limited grid capacity or fluctuating demand.

Optimize Energy Use with Intelligent Load Shifting

Load shifting with battery energy storage

Load shifting allows your energy storage system to store power when electricity rates are low, typically during off-peak hours, and discharge it when demand and prices rise. This capability reduces operating costs, balances grid demand, and ensures critical systems have reliable power when it’s needed most.

Whether supporting a commercial facility, industrial site, or utility network, load shifting maximizes energy efficiency and contributes to a more sustainable, grid-friendly operation.

6 Ways Battery Energy Storage Adds Value

Peak shaving and load shifting
Peak Shaving & Load Shifting

Reduce demand charges and shift usage by discharging during peak times and charging off-peak for lower energy costs.

BESS - fast response backup power
Fast Response Backup Power

Deliver near-instant backup with battery energy storage to maintain operations during grid disruptions.

BESS - renewable integration
Renewable Integration

Store excess solar or wind energy onsite for later use, maximize clean power, and maintain uptime during intermittent generation.

BESS - Energy Arbitrage
Energy Arbitrage

Leverage time-of-use pricing to buy energy low and sell high, turning your battery storage system into a new revenue stream.

BESS - power quality conditioning
Power Quality Conditioning

Stabilize voltage, correct power factor, and filter harmonics to protect sensitive equipment with clean, quality power.

Grid Services Participation

Earn revenue by supporting the grid during events through demand response and ancillary services.

What is an All-in-One Battery Energy Storage System?

An All-in-One energy storage system integrates the battery modules, power conversion system (PCS), thermal management, fire suppression and intelligent controller into a single, compact unit. Unlike distributed or DC block configurations that require external PCS equipment, these systems arrive fully assembled and pre-tested, enabling fast, reliable operation with minimal site work.

This design reduces project complexity, improves installation speed, and provides consistent performance across varied environments. Ideal for commercial and industrial users, microgrids, and renewable generation sites.

Looking for flexible, high-capacity systems? Explore our DC Battery Energy Storage for scalable, multi-block configurations or Mobile Energy Storage for transportable power solutions

Versatile Energy Storage for FTM and BTM Applications

Our energy storage systems are engineered for both front-of-the-meter (FTM) and behind-the-meter (BTM) applications, delivering flexibility across the entire energy ecosystem. They enable users to store surplus renewable generation, reduce peak demand, and participate in grid services such as energy trading and frequency regulation. This dual capability ensures a more balanced supply and demand, strengthens grid stability, and unlocks greater value from every kilowatt-hour stored.

BTM and FTM Battery Energy Storage

Backed by decades of expertise in battery technology and power electronics, every energy storage system is engineered for performance, flexibility, and compliance. Our electrification solutions meet the latest safety, performance, and grid standards, ensuring smooth deployment across commercial, industrial, utility, and mobile applications.

Reliable, Compliant, and Future-Ready

Certified to Global Standards

Every energy storage solution we deliver meets the latest safety, performance, and compliance standards — wherever you operate.

UL compliance
International_Electrotechnical_Commission compliance
ISO compliant
Utility Scale Energy Storage

Smarter Storage, Customer-First Approach

Why Choose Charge.Technology

We combine advanced battery technology with a customer-first mindset to deliver reliable, scalable, and compliant energy storage systems.

  • Lower Lifetime Costs
    Cut demand charges and reduce operating expenses with efficient, long-lasting storage solutions tailored to your energy needs.

  • Proven Battery Expertise
    With decades of experience in battery systems and power electronics, our storage solutions are engineered to meet global standards and deliver consistent performance.

  • Global Experience, Local Compliance
    From North America to Europe, MEA, and APAC, we design storage systems aligned with local grid codes and market requirements.

  • Faster, Flexible Deployments
    Modular and scalable, our systems are designed for rapid installation, seamless integration, and easy expansion as your needs evolve.

Ready to Unlock the Power of Energy Storage?

Our team can help you choose the ideal battery energy storage system to reduce costs, enhance resilience, and support your clean energy objectives.