HISA ENERGY

STORE YOUR ENERGY.
USE IT YOUR WAY.

Make more of the energy you generate. Store it for later, charge around compatible tariffs and keep designated essentials supported — with HISA Battery Storage.

HISA modular battery storage system
HISA modular storage · illustrative configuration
Battery chemistry
LiFePO₄
Ingress protection
IP65
Typical backup transfer
10 ms
HISA warranty
10 years
  1. 01

    Store solar

    Keep more of your own generation for later.

  2. 02

    Charge when cheaper

    Plan charging around compatible tariffs.

  3. 03

    Use when needed

    Choose when stored energy works for you.

  4. 04

    Support essentials

    Backup for designated, connected loads.

FIND YOUR STARTING POINT

ONE HISA SYSTEM.
TWO WAYS TO STORE.

Starting with solar, or building on what is already there? Choose the architecture that fits your home and installation.

HYBRID · DIRECT PV + AC

HISA HBS-H hybrid battery storage base unit

HBS-H

HBS-H3.6

Bring solar and storage together.

Connect compatible solar panels directly to the hybrid system, or use an AC-coupled arrangement. A flexible starting point for a carefully designed home-energy system.

EXPLORE THE SPECIFICATION

AC-COUPLED · EXISTING SOLAR

HISA HBS-AC AC-coupled battery storage base unit

HBS-AC

HBS-AC3.5

Keep your solar. Add storage.

Add battery storage on the AC side of a compatible existing PV inverter. Keep solar generation and storage connected through a professionally designed installation.

EXPLORE THE SPECIFICATION

THE HBS-H CONFIGURATIONS

START SMALL.
BUILD BIGGER.

Choose an HBS-H configuration around your home, your generation and the way you use energy. Your installer will help match the system to the job.

HBS-H3.6

3.68kWh

Usable energy

1 × Unit

HBS-H7.2

7.36kWh

Usable energy

2 × Unit

HBS-H10.8

11.04kWh

Usable energy

3 × Unit

HBS-H14.4

14.72kWh

Usable energy

4 × Unit

HBS-H18.0

18.4kWh

Usable energy

5 × Unit

HBS-H22.8

22.08kWh

Usable energy

6 × Unit

Model names are configuration identifiers; use the stated usable-energy figure, not the model suffix, when comparing capacity.

HBS-H supports up to 6 complete units in parallel. Complete-unit configurations are distinct from battery expansion packs.

Each architecture supports up to 5 applicable battery expansion packs. Compatibility and installation design must be confirmed by your installer.

HISA modular battery storage system
Illustrative HISA modular configuration, not the selected package. Image does not change with selection.
HISA home-energy illustration with rooftop solar and battery storage
Illustrative home-energy setting; installation design varies.

MAKE MORE OF YOUR GENERATION

MADE FOR SOLAR.
READY FOR THE GRID.

A sunny afternoon does not have to be the only time you use your solar energy. Store it, then decide when to put it to work.

  • New solar, a direct route.

    HBS-H supports direct PV input from compatible panels, bringing solar and battery storage together.

  • Existing inverter, a considered fit.

    An AC-coupled design connects storage alongside a compatible existing PV inverter. Both HBS-H and HBS-AC support this approach.

  • A tariff that works with your routine.

    Use scheduling with compatible time-of-use or dynamic tariffs. Results depend on the tariff, your generation and how your household uses energy.

THE HISA APP

YOUR ENERGY.
IN YOUR HANDS.

The HISA app supports HBS-H and HBS-AC. See what your system is doing, plan charging and choose how to use your stored energy.

  • Real-time monitoring

    Monitor system performance in real time

  • Time-of-use scheduling

    Schedule energy use around time-of-use tariffs

  • Dynamic tariff compatibility

    Dynamic tariff compatibility

  • AI energy management

    AI forecasting and AI-optimized management

  • Charging and discharging control

    Charging and discharging control

  • Self-consumption mode

    Self-consumption mode

  • Backup mode

    Backup power mode for designated connected loads

  • Remote monitoring and management

    Monitor system performance and manage devices remotely

Tariff features require compatible tariffs and a correctly configured system.

Illustrative HISA app mode settings and charge schedule screen
Illustrative supplied HISA app screen; screen values are not product ratings.

DESIGNATED BACKUP LOADS

KEEP THE
ESSENTIALS IN MIND.

Both HBS-H and HBS-AC can supply designated loads connected to the backup port, within system limits. Your installer selects and connects the appropriate essential circuits — this is not a whole-home backup promise.

Rated backup output
2400 VA
Peak backup output
4800 VA5 seconds
Typical transfer time
10 msTypical value

A considered fit for your space.

IP65 protection and natural cooling give installation flexibility. A qualified installer must check siting, temperature limits and local conditions; not every outdoor environment is suitable.

THE DETAILS, WITHOUT THE GUESSWORK

KNOW YOUR SYSTEM.

Model-specific specifications, grouped for clarity. Choose your architecture to explore the base unit and its system topology.

BASE UNIT

HBS-H3.6

Hybrid
Battery
Rated battery capacity
3.68 kWh
Rated battery voltage
51.2 V
Battery chemistry
LFP
Cycle life
6000 cycles0.5C, 80% DOD, room temperature; SOH ≥70% after 6000 cycles
PV input · HBS-H
MPPT count
2
PV input voltage range
10–100 V
MPPT input voltage range
10–90 V
MPPT maximum continuous input current
20 / 20 A
MPPT maximum continuous input power
1000 + 1000 W
Maximum PV input power
1200 + 1200 W
Grid connection
Grid system
Single phase
Rated grid voltage
230 Vac
Grid operating voltage range
211.2–264 Vac
Rated grid frequency
50 / 60 Hz
Rated grid output power
2400 W
Backup output
Backup rated output voltage
230 Vac
Backup output waveform
Pure sine wave
Backup rated output power
2400 VA
Backup maximum peak output power
4800 VA5 seconds
Grid-to-off-grid transfer time
10 msTypical value
Physical & operating
Dimensions (W × D × H)
540 × 375 × 294 mm
Weight
~44 kg
Ingress protection
IP65
Cooling
Natural cooling
Noise emission
<30 dB
Charging environment temperature
0–50 °C
Discharging environment temperature
−20–50 °C
Maximum efficiency
≥93 %Not identified as round-trip efficiency
Expansion
Supported battery expansion module
HBS-B3.6
Maximum battery expansion packs
5 packs
Maximum complete units in parallel
6 units

HBS-H maximum efficiency is a stated source value, not a round-trip efficiency rating. HBS-AC lists inversion efficiency, also not round-trip efficiency.

Standards referenced

  • Safety standard referencesIEC62619 · IEC62109
  • Grid standard referencesG98 · G99 · G100
  • Transport standard referencesUN38.3

Listed standard references are not independently verified certification, grid approval or installation eligibility. Confirm applicable requirements with your installer.

HOW IT CONNECTS

HBS-H · direct PV example

HBS-H · direct PV example

Conceptual source-based system topology, not installation wiring.

Direct PV example. This source view does not illustrate the backup branch. Concept topology only, not installation wiring.

EXPAND TOPOLOGY

HBS-H · AC-coupled example with backup

HBS-H · AC-coupled example with backup

Conceptual source-based system topology, not installation wiring.

Existing PV inverter, normal loads and separately connected designated backup loads. Concept topology only, not installation wiring.

EXPAND TOPOLOGY

BASE UNIT

HBS-AC3.5

AC-coupled
Battery
Rated battery capacity
3.5 kWh
Rated battery voltage
48.0 V
Battery chemistry
LFP
Cycle life
6000 cycles0.5C, 80% DOD, room temperature; SOH ≥70% after 6000 cycles
Grid connection
Grid system
Single phase
Rated grid voltage
230 Vac
Grid operating voltage range
211.2–264 V
Rated grid frequency
50 / 60 Hz
Rated grid output power
2400 W
Rated grid input power
2400 W
Rated grid input/output current
10.4 A
Backup output
Backup rated output voltage
230 V
Backup output waveform
Pure sine wave
Backup rated output power
2400 VA
Backup maximum peak output power
4800 VA5 seconds
Grid-to-off-grid transfer time
10 msTypical value
Physical & operating
Dimensions (W × D × H)
530 × 320 × 230 mm
Weight
~36.5 kg
Ingress protection
IP65
Cooling
Natural cooling
Noise emission
<30 dB
Charging environment temperature
0–50 °C
Discharging environment temperature
−20–50 °C
Inversion efficiency
>93 %Not identified as round-trip efficiency
Expansion
Supported battery expansion module
HBS-B3.5
Maximum battery expansion packs
5 packs

HBS-H maximum efficiency is a stated source value, not a round-trip efficiency rating. HBS-AC lists inversion efficiency, also not round-trip efficiency.

Standards referenced

  • Safety standard referencesEN62477
  • Grid standard referencesG98 · G99 · G100
  • Transport standard referencesUN38.3

Listed standard references are not independently verified certification, grid approval or installation eligibility. Confirm applicable requirements with your installer.

HOW IT CONNECTS

HBS-AC · AC-coupled example with backup

HBS-AC · AC-coupled example with backup

Conceptual source-based system topology, not installation wiring.

Existing PV inverter, metering, normal loads and a separate backup panel. Concept topology only, not installation wiring.

EXPAND TOPOLOGY

LONG-TERM CONFIDENCE

10 YEARS.
BUILT INTO THE SYSTEM.

HISA Battery Storage is backed by a 10-year warranty for long-term confidence.

Subject to HISA warranty terms and conditions.

THE HISA HOME

ONE HOME. ONE SYSTEM. ONE BRAND.

Explore the HISA range for heating, hot water and energy storage. A considered approach to the way your home uses energy.

YOUR NEXT STEP

TAKE CONTROL
OF YOUR ENERGY.

Tell us about your home, your solar and what you want from storage. We will help you take the next step.

LET’S FIND THE RIGHT FIT.

Contact HISA for help finding an installer and planning the right battery storage system.

enquiries@hisauk.com0141 530 2010

HISA system topology

100%

Conceptual source-based system topology, not installation wiring. Zoom in, then scroll to inspect the diagram.