INV ESS 5.12 kWh Stack Mount

INV-LFP-5.0-R1-48V

Modular stacking architecture

solar + storage integration

LiFePO₄

Battery Management System (BMS)

About product

Invergy INV-ESS 5.12 kWh Stack-Mount – Modular Energy Storage Solution

Overview

The Invergy INV-ESS 5.12 kWh Stack-Mount is a highly versatile, compact, and stackable battery energy storage system designed for residential and light-commercial solar + storage applications. With a nominal energy capacity of 5.12 kWh per stack unit, this system enables efficient energy storage, smart self-consumption, and enhanced backup power capability. Its stack-mount form factor allows easy expansion and flexible installation—making it an ideal choice for modern solar-powered homes seeking reliable and scalable energy storage.

Key Features

  • Modular stacking architecture allows multiple 5.12 kWh units to be combined in parallel, enabling capacity growth as energy needs increase.

  • Built with advanced LiFePO₄ (lithium iron phosphate) battery chemistry, delivering long service life, safer thermal performance and high reliability.

  • Designed for indoor or sheltered outdoor mounting, the Stack-Mount unit features a space-saving footprint and installation flexibility.

  • Smart Battery Management System (BMS) monitors state-of-charge, state-of-health, temperature and voltage, offering safe, reliable operation and seamless integration with inverters or energy management systems.

  • Ideal for solar + storage integration: store surplus solar generation and deploy during high-tariff periods, reduce grid export or increase self-consumption.

  • Packaged for ease of installation: compact size, plug-and-play interconnectivity, and scalable expansion minimize labour and system design complexity for installers.

Technical Highlights

  • Nominal Energy Capacity: 5.12 kWh per unit.

  • Installation type: Stack-Mount modular units that can be paralleled for higher total capacity.

  • Battery Chemistry: LiFePO₄ for enhanced safety and long cycle life.

  • Communication: Built-in monitoring interface via BMS; compatible with typical solar inverter/EMS systems.

  • Mounting & Expansion: Designed for stacking units vertically or in designated racks to conserve space and increase capacity.

  • Backup / Self-Consumption Use-Case: Suitable for homes with rooftop solar panels where users want to store excess generation and use it later.

Benefits

  • Scalable to your future needs: Start with one 5.12 kWh stack and expand when load grows, or when you add more solar panels.

  • Increased energy independence: Use stored energy during peak tariff hours or when solar generation is low, reducing electricity bills and reliance on the grid.

  • Enhanced backup capability: Provide power resilience for key circuits in the event of a grid outage or during maintenance windows.

  • Cleaner installation footprint: The stack-mount approach keeps the system compact and tidy—ideal for homes where space is at a premium.

  • Installer-friendly: Standardised modular units, simplified wiring, and fast commissioning keep installation time and cost down.

  • Long-term value: With premium battery chemistry and robust system design, the INV-ESS 5.12 kWh Stack-Mount is built to deliver years of dependable service.

Applications

  • Residential rooftop solar systems seeking to optimise self-consumption or export management.

  • Villas and high-end homes where design, minimal footprint and flexible expansion matter.

  • Light commercial sites (e.g., offices, shops) wanting a compact energy storage system for peak-shift or backup.

  • Preparatory infrastructure for future energy-upgrade: households planning to add EV chargers or expand solar can start small and grow.

Why Choose Invergy

Invergy combines clean-energy design excellence with manufacturing quality tuned for the Indian market. The INV-ESS 5.12 kWh Stack-Mount system benefits from proven battery technology, flexible deployment architecture and support infrastructure. Choosing Invergy means selecting a future-ready energy storage partner capable of delivering performance, reliability and scalability.