Rack
5 kWh / 51.2 V
Capacity100 Ah
Dimensions420 x 482 x 133 mm
Weight50 kg
EnclosureIP21
Front-access module for rack cabinets and technical rooms.
Battery energy storage
From a modular home battery to a multi-megawatt energy block.
Choose storage architecture by application, not by catalog size. HONKILO offers modular wall, stack and all-in-one systems for homes, plus rack, cabinet and containerized platforms for commercial and utility-scale projects.
Residential and compact1-40.9 kWhPortable, wall, stack and floor formats
Commercial cabinets65-522 kWhAir- or liquid-cooled platforms
Container systems1-20 MWhIntegrated battery, PCS and control
Mode transitionUnder 10 msIntegrated grid and off-grid switching
EU modular battery formats
Choose rack, wall or floor installation.
The 51.2 V platform is available as a 5 kWh rack module, a 5 kWh wall cabinet and a 16 kWh floor-standing battery. All formats use LFP chemistry, parallel expansion and RS485, RS232 or CAN communication.
Wall
5 kWh / 51.2 V
Capacity100 Ah
Dimensions555 x 224.5 x 600 mm
Weight50 kg
EnclosureIP21
A slim format for garages and protected utility spaces.
Floor
16 kWh / 51.2 V
Capacity314 Ah
Dimensions440 x 260 x 800 mm
Weight125 kg
EnclosureIP21
Higher single-unit capacity for longer backup windows.
Explore the complete EU storage library, including the Mini Residential Energy System and 4/8 kWh eBASE all-in-one cabinet.
New compact home power
LumaBox solar-ready power station.
A plug-and-play lithium power system for lights, phones, fans, TVs and small appliances. It accepts compatible solar panels, can sit on a shelf, be wall-mounted or carried by its handle, and is available in 1 or 2 kWh configurations.
300-1000 W AC output
1-2 kWh LFP capacity
11-55 V solar input
AC, 12 V DC and USB outputs
Portable or wall-mounted
More than 6,000 cycles
HONKILO
HONKILO
Residential ESS
Residential storage
A flexible foundation for solar self-consumption and backup.
Start with a wall-mounted or modular battery and build capacity as the household adds solar, EV charging or essential-load backup. Integrated all-in-one systems reduce the number of separate components for simpler residential installations.
Low-voltage modular architecture
High-voltage stack options
Battery and inverter in one unit
Multi-language display options
CAN / RS485 communication
Parallel expansion support
Residential configurations
One battery platform, several installation styles.
The right format depends on wall space, power demand, backup priorities and whether the inverter is purchased separately.
Modular battery
Wall-mounted & stackable
Low-voltage battery modules can be configured as wall or floor systems, with communication designed for common hybrid inverter architectures.
5.12 / 10.24 / 16 kWh51.2 V100-200 A
Review configurations
High-voltage battery
Compact stack systems
Higher system voltage reduces current for suitable residential inverter architectures and supports compact floor-standing installations.
15.3-40.9 kWh204-409 V50 / 100 Ah
Compare voltage options
All-in-one ESS
Battery plus inverter
Integrated systems combine battery, inverter and energy management for faster specification and installation in space-conscious homes.
1-16 kWh0.5-12 kWIP20 / IP54
Explore inverter options
AC-coupled
Expansion-ready storage
AC-coupled systems support solar self-consumption and storage expansion without replacing the existing PV inverter architecture.
5.12 kWh modules2.5 / 5 kWIP65 battery
Discuss retrofit options
Commercial & industrial storage
Scale storage in practical, repeatable increments.
Commercial systems can start with a modular cabinet and expand through parallel units, or move directly to a containerized platform when the site requires higher power, larger energy capacity and integrated medium-voltage equipment.
Air- and liquid-cooled cabinets
IP20, IP54 and IP65 options
Integrated BMS protection
Multiple parallel units
690 / 800 Vac platforms
Solar and diesel interfaces
HONKILO
HONKILO
C&I battery cabinet
Product matrix
Compare storage formats and working ranges.
Use this table for initial range planning. Final configuration, inverter compatibility, enclosure rating and certification must be confirmed against the destination market and project design.
Representative configurations
Project-specific availability| Platform | Energy range | Voltage / power | Format | Typical application |
|---|---|---|---|---|
| Low-voltage modules | 5.12-16 kWh | 51.2 V; 100-200 A | Wall-mounted or stackable | Home solar storage and backup |
| High-voltage stack | 15.3-40.9 kWh | 204-409 V; 25-50 A charge | Floor-standing stack | Larger homes and high-voltage hybrids |
| Compact all-in-one | 1-16 kWh | 0.5-12 kW | Wall, floor or portable | Simple residential or light commercial backup |
| AC-coupled ESS | 5.12 kWh modules | 2.5 / 5 kW | Modular tower | Retrofit storage on existing solar systems |
| Commercial rack / cabinet | 48-261 kWh | IP20 / IP54 / IP65 | Rack, wall cabinet or free-standing | Commercial self-consumption and peak control |
| Liquid-cooled cabinet | 156-522 kWh | 690 / 800 Vac PCS options | Outdoor integrated cabinet | C&I, microgrid and charging support |
| Containerized BESS | 1-20 MWh | 0.5-10 MW; 690 / 800 Vac | 10-ft or 20-ft container | Utility, industrial and multi-site energy blocks |
Configured around the load profile, grid conditions, available footprint, local interconnection rules and the required duration of backup. Product documentation is issued after configuration review.
Architecture choices
Build the storage layer around the site.
HONKILO can coordinate battery cabinets, PCS, EMS, solar input and backup interfaces as a single review scope.
Low-voltage homesModular wall and stack formats for incremental capacity.
High-voltage homesCompact systems for matching hybrid inverter platforms.
Commercial cabinetsRepeatable units for expansion and distributed sites.
Containerized projectsIntegrated power, battery and medium-voltage options.
Matched applications
Storage supports more than backup.
One platform can serve multiple operating goals when the power rating, energy duration and control strategy are defined together.
Peak demand management
Solar self-consumption
Critical-load backup
Microgrid operation
EV charging support
Grid support
Start with your requirements
Define the storage system around your project.
Share the required power, backup duration, site conditions and destination market for a configuration review.