AmpereHour designs and integrates advanced energy storage systems. With digital validation and AI-driven optimization, we maximize asset performance and ensure the lowest LCOS from Day 0.
AmpereHour is India’s #1 full-stack BESS solution provider, that designs and delivers high-impact BESS infrastructure across utility, transmission, and commercial markets. We combine flexible system integration with comprehensive expertise across all the engineering disciplines required for energy storage systems. Our energy storage solutions are highly-optimized with advanced algorithms and real-time control systems that deliver superior performance, operational safety and risk management.
AmpereHour aligns technology, execution, and intelligence into one continuous performance chain. From custom contracts, project optimized EMS development and hardware agnostic system integration, we ensure every step of the process is flexible, seamless and strategic.
Designed for Performance not Vendor lock in
End to end cycle managed digitally
Into other systems
SERVING WITH EXPERIENCE
India's premier tech-native BESS integrator with a proven track record in optimizing large-scale storage operations.
Executed & Signed Projects
100+ Mh commissioned across Generation, Transmission, Distribution and Behind the Meter
Number of Sites
With EMS platform 'Elina'
Number of Countries
Our systems have been deployed globally
SOLUTIONS
A turnkey and hybrid integration model that covers every step from engineering, procurement, to construction, commissioning, and lifecycle optimization. Our vendor-agnostic architecture is designed around your project economics.
Custom integration aligned to project financing and grid requirements
Full turnkey EPC Delivery
Hybrid scope with Free-issue Battery or PCS supply
An end-to-end DC-coupled energy storage architecture that reduces conversion losses and increases the round-trip efficiency. It captures clipping losses and eliminates redundant components, improving the overall project LCOS for solar-heavy deployments.
A flexible BESS solution that provides a fast, portable and modular solution for energy deployment. It converts battery supply into certified, liquid-cooled, and grid-ready containerized storage blocks designed for density, safety, and seamless EMS integration.
Fully automated digital Factory Acceptance Testing that validates 100% of signals, components, and performance metrics before shipment. It eliminates hidden defects and reduces commissioning risk with full traceability and digital validation of every component.
AI-driven hardware-agnostic EMS platform that offers real-time monitoring, predictive dispatch, with performance analytics, and warranty tracking across multi-OEM storage systems.
Advanced DC architecture component enabling efficient current management for 1500 V DC and high-current operations. Integrating key protections such as Insulation monitoring, inrush protection, overcurrent and short circuit protection, surge suppression, and robust busbar distribution to ensure safe and reliable power flow.
AH-5MWh, high-density, liquid-cooled, utility-scale solution designed to enhance grid resilience, renewable integration, and long-term asset performance. With advanced Early Thermal Runaway Detection (ETRD) technologies optimize efficient O&M.
Trusted across utility-scale, transmission-connected, and mission-critical energy infrastructure projects.
Maximizing the energy efficiency, with dispatch efficiency, grid compliance, and long-term performance optimization.
De-risk project execution with flexible integration models, digital validation, and architecture designed to protect project timelines and LCOS.
Extend your delivery capabilities with AmpereHour, your BESS partner handling system design, integration, commissioning, and lifecycle intelligence.
Deploy storage systems built for grid stability, frequency regulation, and peak management with proven performance under real operating conditions.
Optimize energy costs and reliability with storage solutions aligned with your load profiles, demand management, and operational continuity.
Ensure uninterrupted power and system resilience for high-dependency environments with lower downtime, which directly impacts operations and safety.
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