AH - 5MWH DC BLOCK Optimize Operational Performance With Seamless Integration.

Maximize availability in grid applications and minimize lifecycle costs with AmpereHour’s 5 MWh DC block. A high-density, liquid-cooled storage system that is designed for renewable integration, grid stability, and long-term asset reliability. Combine intelligent controls with advanced safety engineering for reliable performance.

What is AH - 5MWh DC Block?

The AmpereHour 5 MWh Battery Energy Storage System is a fully integrated, containerized energy storage solution built for utilities, IPPs, DISCOMs, and business enterprises that require dependable mid to large-scale storage deployment.

The 5 MWh DC Block is designed for high-density battery integration, intelligent digital control architecture, and multi-layer safety engineering within a single utility-ready platform.  With its intelligent native integration with ELINA™ Energy Management System and advanced diagnostics, the system delivers optimized
performance, operational transparency, and predictable lifecycle economics with safety & long-term reliability.

AmpereHour’s AH-5MWh allows developers and operators to enhance renewable penetration, stabilize grid operations, and maximize long-term energy asset returns.

A digital-first architecture that turns storage into an actively managed energy asset.

Designed with defence-in-depth safety architecture. The 5 MWh BESS ensures dependable operation under all conditions.

A system designed for high utilization, durability, and consistent performance.

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AH-5 MWh DC Block-Technical Data Sheet

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Certifications

UL 9540A

Fire Safety Testing

NFPA 855

Minimum requirements for mitigating the hazards associated with ESS.

NFPA 69

Fire Safety & Prevention

IEC 60529

Ingress Protection (IP) code

UN 38.3

Batteries are safe for transportation by air, sea, rail, and road

UL 9540A

Fire Safety Testing

NFPA 855

Minimum requirements for mitigating the hazards associated with ESS.

NFPA 69

Fire Safety & Prevention

IEC 60529

Ingress Protection (IP) code

UN 38.3

Batteries are safe for transportation by air, sea, rail, and road

IEC 62933-5-2

Safety for Large-Scale EES

IEC 63056 (Rack)

Lightning Protection Adequacy

IEC 26219 (Rack)

Lightning Protection Adequacy

IEC 60730-1 (Rack)

Lightning Protection Adequacy

NFPA 68

Optional

IEC 62933-5-2

Safety for Large-Scale EES

IEC 63056 (Rack)

Lightning Protection Adequacy

IEC 26219 (Rack)

Lightning Protection Adequacy

IEC 60730-1 (Rack)

Lightning Protection Adequacy

NFPA 68

Optional

Deploy Storage That Performs For Decades

Build reliable energy infrastructure with an intelligent storage system, designed for safety, performance, and lifecycle value.