For your business, the reason might be better power quality, lower electricity bills or keeping essential equipment running during a blackout.
Save money. Improve reliability. Use more solar. Support business growth.
The right battery starts with understanding what you want it to achieve.
Store energy when it is cheaper and use it when prices are higher. Reduce demand peaks (peak shaving) that contribute to your electricity bill.
We assess your tariff and actual operating pattern to calculate potential annual savings and return on investment.
A suitably specified battery and inverter system can support voltage and power factor, or help sensitive equipment ride through certain supply disturbances.
The capabilities must match the problem. We measure what is happening and establish the performance you need before selecting a solution.
Support critical loads, protect stock and data, and reduce disruption when the grid goes down. Batteries can also work alongside a diesel generator, helping it operate at a more efficient load and covering short demand peaks. This can allow a smaller generator to be selected, depending on starting loads, outage duration and battery capacity.
Backup requires suitable switching, protection and controls. We establish which loads need support, for how long and whether they can tolerate a brief interruption or require uninterrupted power.
Store surplus solar for later use, increase on-site solar consumption and reduce reliance on grid electricity during expensive periods.
Battery storage shifts energy in time. We also identify efficiency improvements that reduce consumption, and include battery losses when calculating the overall benefit.
Manage limited supply capacity: help accommodate short demand peaks, EV charging or new equipment where the battery can recharge between peaks. We assess whether this could defer a supply upgrade.
Reduce generator use and emissions: assess opportunities to reduce generator running and fuel consumption. Emissions benefits depend on how the battery is charged and operated.
Participate in energy markets: explore suitable virtual power plant or demand-response arrangements where eligibility and commercial terms support a worthwhile return.
Several benefits may work together, but reserving energy for backup can reduce what is available for bill savings or market participation.
We start with your objectives, electricity bills and available interval data. We can measure energy use, demand, power quality and critical loads to establish what your installation actually needs.
We compare suitable battery sizes and operating strategies with practical alternatives, then help you understand the findings, review supplier proposals and define the next steps.
We also provide design support, independent design reviews and client-side project management—from defining requirements and reviewing supplier proposals through contractor coordination, installation oversight and commissioning support.
We can prepare an investment-grade engineering and financial report covering the measured baseline, proposed system, expected performance, project costs, annual savings, cash flow, payback and return on investment.
The agreed assessment includes battery losses, degradation, maintenance, replacement assumptions, available incentives and sensitivity to electricity prices and operating conditions. Backup and avoided-downtime benefits are assessed separately from energy savings.
You receive a clear explanation of the assumptions, risks and options to support capital approval, finance discussions and funding applications.
Independent commercial and industrial battery advice across Brisbane and Queensland.
Need help with electrical inspections, power quality, energy efficiency or an engineering project? Tell us what you need using the form and we’ll be in touch.
Need help with electrical inspections, power quality, energy efficiency or an engineering project? Tell us what you need using the form and we’ll be in touch.
Brisbane, AU
(07) 2111 8669
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