The Specialists in Sustainable Energy

Empowering Sustainable Living

with cutting-edge Smart Modular Energy Solutions

expertly designed, installed and maintained for a greener future

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Backup

Provide backup power for short and extended periods of outage.

Tariff Optimisation

Means making sure your bills are as low as possible

Grid as Backup

Minimises the need for grid import, where the grid is only present for power security.

Solar Optimisation

Retrofit Battery Energy Storage System to existing solar PV for maximum PV optimisation.

Smart Modular Energy Solutions (SMES) and Services

design, installation, upgrade, maintenance and training

ON GRID /OFF GRID ENERGY SOLUTIONS
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ENERGY STORAGE

ENERGY STORAGE SYSTEMS
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EV CHARGER
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OFF- GRID

ENERGY COMMUNITIES

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Grid Connected Smart Modular Energy Solutions

How much energy can a SMES can generate?

Our grid connected Smart Modular Energy Solutions (SMES) energy performance will depend of several factors, but any amount of energy generated will be able to directly offset the amount of electricity purchase from the grid.

The modelling below shows 24 months solar energy generation and 24 hr energy consumption.

System owner uses energy generated by PV system during day time when electricity from the grid is cheaper. Any excess solar energy generated must be exported to the grid where in this case, there is small financial return.

5.0 KWp - NORTH /30D TILT

(*) Averange Daily Generation: 28.8 KWh
Averange Yearly Generation: 10512 KWh
Learn more

5.0 KWp - NORTH /30D TILT

(*) Averange Daily Generation: 28.8 KWh
Averange Daily Energy use 25 kwh.
Learn more

Battery Energy Storage System

How energy can be efficiently used by installing a Battery Energy Storage System (BESS)

The modelling shows the excess energy generated by PV system can be stored in BESS instead being exported to the grid. All energy stored can then be used in the evining or early morning. This results in the PV system generating more and better financial return.

5.0 KWp - NORTH /30D TILT

(*) Averange Daily Generation: 28.8 KWh
Averange Daily Energy use 25 kwh

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Home Electric Vehicle (EV) Charging Station

EV charging refers to the process of replenishing the battery of an electric vehicle (EV) with electricity. This can be done through various methods and at different locations such as home charging, public charging stations, or dedicated EV charging equipment installed at workplace.

WHAT IS HOME EV CHARGING

If you have a SMES installed at your home, you could charge your EV and help make the most of the renewable energy that your SMES is generating. Your system will generate the most electricity when the sun is strongest, which is generally between 10am and 3pm each day. If you work from home or often spend the middle of the day parked at home, this could be the most cost-efficient way to charge your EV.

Charging your EV at home if you have a solar PV system

5.0 KWp - NORTH /30D TILT

(*) Averange Daily Generation: 28.8 KWh
Averange Daily Energy use 25 kwh.

(*) PROJECTS ESTIMATED PERFORMANCE AT SOUTH EAST QUEENSLAND - AUSTRALIA
Our SMES daily and yearly output performance has been generated by System Performance Estimator Program. While all care has been taken to ensure this estimator is free from omissions and errors, CAHN AUSTRALIA take not responsibility for the final performance of the SMES that may be affected by external parameters beyond the control of CAHN AUSTRALIA or the System Performance Estimator program.
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