Future Energy Storage Solutions
Energy storage solutions for homes and light commercial spaces, designed to support backup power, load stability, and future electrification needs.
From portable backup systems to small-scale stationary storage, we help clients evaluate practical, right-sized energy storage options without overbuilding or unnecessary complexity.
Why Energy Storage Is Considered
In residential and light commercial settings, energy storage is typically considered to address reliability, continuity, and system stability rather than energy generation alone.
Common drivers include power outages, protection of sensitive equipment, operational continuity for small businesses, and preparation for future electrification such as heat pump adoption. In these contexts, energy storage is evaluated based on how it supports daily operations and risk management, not maximum capacity.
Where Energy Storage Makes Sense
Energy storage is most effective when matched to specific use cases and operating environments.

Home Backup
Backup power for essential household loads such as lighting, refrigeration, communications, and critical devices during grid outages.

Workshops & Small Businesses
Energy storage for workshops, studios, and light commercial spaces where power continuity is required for tools, equipment, and daily operations.

Medical & Professional Environments
Backup and UPS-style solutions for medical offices, clinics, and professional workspaces that rely on uninterrupted power for equipment and data protection.
Energy Storage Technologies & Systems We Work With
Our energy storage solutions are built on proven lithium battery technologies and system architectures suitable for residential and light commercial applications.
Rather than offering a single product, we work across a defined range of energy storage system types, allowing solutions to be selected based on application suitability, installation conditions, and operational priorities.

Portable & UPS-Style Energy Storage
Portable energy storage systems, such as the Home 3000, are used where mobility, flexibility, and rapid deployment are required. These systems are suitable for residential backup, workshops, temporary workstations, medical offices, and professional environments where uninterrupted power is critical but permanent installation is not desired. They function as UPS-style backup and short-duration energy support solutions, providing reliable power for essential equipment without structural or electrical system modification.

Residential Battery Stack Systems
For residential properties requiring longer backup duration or higher load support, modular residential battery stack systems provide a fixed installation option. These systems are typically used to support essential household loads, improve resilience during outages, and prepare homes for future electrification without extending into commercial-scale complexity. Residential battery stacks are evaluated based on space availability, electrical configuration, and intended usage scope, rather than maximum capacity.

Light Commercial & Integrated BESS
In light commercial settings, energy storage may be integrated to support operational continuity, equipment protection, or site-specific load stability. These systems are assessed as part of an overall electrical and energy review to ensure they remain appropriately scaled and aligned with site conditions, operational needs, and applicable program requirements. Our focus remains on right-sized, integrated solutions rather than large or utility-scale battery installations.
Technology Foundation & Manufacturing Partners
Our energy storage solutions are supported by established battery technology and manufacturing partners, including Gotion.
Gotion’s lithium battery cell and system technologies form the foundation of many residential and light commercial energy storage platforms, providing a stable and well-supported technology base for long-term deployment.
By working with proven manufacturers, we prioritize reliability, safety, and lifecycle support over experimental or short-term solutions.