Other Applications

Combined solar electricity and water heating from one compact, Australian-designed module.

IZEP-Boost solar powered booster pump close up with PV panel wiring

SOLMATE PV+T

SOLMATE is a photovoltaic-thermal solar module. Water flowing through its non-corrosive polymer thermal exchanger cools the PV surface to support electrical efficiency, while transferring normally wasted heat into the water. Its native low-voltage DC output pairs directly with the efficient IZEP pump for pools, spas and wider water-heating applications.

See it in action

SOLMATE explained

SOLMATE PV+T panels generating electricity and solar thermal heat from a single footprint
One module, two outputs

Electrical power and thermal energy

Each SOLMATE module produces 180 W of electrical power and up to 1000 W of thermal energy. The native DC output connects efficiently with IZEP without unnecessary DC-to-AC conversion.

At 845 mm wide, 1400 mm long and only 25 mm deep, each module weighs 17 kg dry. Its slim all-black form fits standard PV racking for a neat, low-impact installation.

Designed to scale

A modular energy system

5, 10 or 15 modules

Typical configurations can be matched to the required electrical and heating load.

Water-cooled PV

Removing heat from the panel supports electrical performance and transfers that energy into the water.

Built for treated water

The all-polymer thermal exchanger is non-corrosive and designed for pool and spa water conditions.

More applications

Suitable for pools, spas, hydronic heating, aquaculture, hydroponics and domestic hot water.

Solar thermal spa installation with PV+T panels mounted on a bamboo gazebo roof
Real install

Proven solar heated spa

This five-module SOLMATE system uses 900 W of PV capacity with an IZEP pump and battery-supported controller. In recorded operation, it maintained an average spa temperature of 37.5°C while operating entirely off-grid.

What you do next

Tell us about your application.

We will help you size the pump, solar module and controller for your specific site, flow rate and duty.

Expressions of Interest