Residential
Home energy storage
Residential storage
A wall-mounted battery concept for connected residential solar and storage — designed to sit quietly in the home.
Wall-mounted architecture
Our energy portfolio
Storage systems,
engineered as one.
Three storage formats share one engineering approach — from a wall-mounted home battery to integrated systems for energy projects.
01The portfolio
Choose the format.
We engineer the fit.
Each concept is a starting point. The final configuration is shaped by the site, the loads and the role storage should play.
Residential
Commercial
Modular battery storage
Commercial storage
A modular rack-format concept for commercial energy storage — planned around operating hours, load profiles and growth.
Modular rack architecture
Project scale
Integrated energy systems
Integrated ESS
A cabinet-format concept for integrated, site-specific energy projects — engineered around the site, not the catalogue.
Cabinet system architecture
Product concepts are shown for illustration. Availability, ratings and configurations are confirmed for each project.
02Compare at a glance
Three formats,
side by side.
A qualitative overview to help you find the right starting point. Ratings and configurations are confirmed for each project.
| Attribute |
Residential storage
Residential
|
Commercial storage
Commercial
|
Integrated ESS
Project scale
|
|---|---|---|---|
| Application | Homes with new or existing solar | Commercial and light industrial sites | Site-specific and larger energy projects |
| Format | Wall-mounted enclosure | Modular rack with stacked battery modules | Integrated cabinet system |
| Typical setting | Garage, utility room or sheltered wall | Plant room or dedicated technical space | Outdoor pad or project compound |
| Integration | Planned with the home’s solar and inverter | Planned with on-site power conversion | Engineered with the site’s electrical architecture |
| Scalability | Discussed per home | Modular — planned around growth | Defined in project engineering |
| Configuration | Confirmed per project | Confirmed per project | Confirmed per project |
| Start with | Your consumption and essential loads | Operating hours and load profile | Site data and project objectives |
ResidentialResidential storage
- Application
- Homes with new or existing solar
- Format
- Wall-mounted enclosure
- Typical setting
- Garage, utility room or sheltered wall
- Integration
- Planned with the home’s solar and inverter
- Scalability
- Discussed per home
- Configuration
- Confirmed per project
- Start with
- Your consumption and essential loads
CommercialCommercial storage
- Application
- Commercial and light industrial sites
- Format
- Modular rack with stacked battery modules
- Typical setting
- Plant room or dedicated technical space
- Integration
- Planned with on-site power conversion
- Scalability
- Modular — planned around growth
- Configuration
- Confirmed per project
- Start with
- Operating hours and load profile
Project scaleIntegrated ESS
- Application
- Site-specific and larger energy projects
- Format
- Integrated cabinet system
- Typical setting
- Outdoor pad or project compound
- Integration
- Engineered with the site’s electrical architecture
- Scalability
- Defined in project engineering
- Configuration
- Confirmed per project
- Start with
- Site data and project objectives
03How to choose
Four questions
before any system.
The right storage system follows from the right questions. These are the ones we start every project with.
Build your project brief-
01
What should storage do?
Store surplus solar, keep essential loads running, smooth demand — or all three. The role defines the system.
-
02
What does the site use?
Consumption patterns, peak demand and the loads that matter most shape the configuration.
-
03
What is already there?
Existing solar, inverters and the connection method determine how a new system will integrate.
-
04
Review with engineering
Your brief is reviewed so a system can be specified and confirmed for your project.
04Shared across every system
One engineering platform.
Three formats.
Whatever the size, every LIVONUS concept is developed around the same engineering focus areas.
Battery management
Monitoring and protection at the cell level are designed in from the start, not added at the end.
Thermal design
Heat is considered at the cell, module and enclosure level for the intended operating environment.
Safety-led architecture
Protection, isolation and safe service access shape the layout of every system.
Modular thinking
Architectures are planned so systems can be configured to the site and its future plans.
Monitoring readiness
Systems are planned to give visibility of state, energy flows and operating conditions.
Integration planning
Storage is engineered together with solar generation and power conversion, as one system.
05Portfolio questions
Before you
choose a system.
Are these final products?
The systems shown are product concepts that illustrate the formats LIVONUS develops. Model specifications, availability and certifications are confirmed against the final product documentation for each project.
Can a system be configured for my site?
Yes — configuration is always defined per project. Share your site, loads and existing equipment in a project brief and the requirements are reviewed before a system is specified.
Which format fits a small business?
It depends on the site’s consumption and space. Smaller commercial sites can sometimes start from a residential-style format, while modular racks suit sites that expect to grow. The brief helps decide.
Do you work with installers and integrators?
Yes. LIVONUS works with installers, system integrators and distribution partners. See the partners page to start that conversation.
Let’s take the next step
Let’s build a
brighter tomorrow.
A battery system. A solar project. A new partnership. Bring your requirements and let the next chapter begin.