Battery Storage - Kuga Corporation

Ellinbank Dairy Research Center 100kW Solar Battery Installation

Alpha-ESS Commercial Solar Battery Storage System

Ellinbank Solar Battery Storage – Striving Toward Carbon-Neutral Farming

Ellinbank Dairy Research Centre, located in Gippsland, Victoria, is dedicated to advancing sustainable and profitable dairy farming. To achieve carbon neutrality, they have implemented various initiatives, including a solar battery storage system. The center sought a 100kWh renewable energy source, and KUGA Electrical supplied an Alpha ESS Starion T 30 with 102kWh capacity.

This advanced solar battery storage system not only reduces reliance on the grid but also optimizes energy usage. It is especially beneficial for commercial farms with heavy daytime energy demands. The system strategically discharges stored energy during peak demand, reducing electricity costs and minimizing strain on the electrical supply.

While the upfront cost of solar battery storage can be a challenge, it’s decreasing rapidly, thanks to the popularity of lithium-ion technology. The cost has dropped significantly since 2010, making it more accessible for businesses. Solar battery storage provides savings for businesses in several ways, including storing excess solar power and reducing peak demand charges. Overall, it enhances energy efficiency and sustainability, aligning with Ellinbank’s goal of carbon neutrality and contributing to a greener future.

How Much Can I Save By Performing A Solar Battery Installation On An Already Existing System?

This largely depends on the energy profile. The way energy is used determines whether batteries are worthwhile for your business. Solar battery storage saves money for your business in four major ways:

Storing Excess Solar Power

The major downfall of solar energy is that it only generates power when the sun is up. This problem is solved through batteries, which save additional power for use later. For this to work, your system must have enough excess capacity to charge a power unit.

Reducing Peak Demand Charges

Peak demand charges are based on the maximum power drawn by a business across a billing cycle (monthly or quarterly). Even if this maximum power is only required for a short time, your business will be charged accordingly. Power units will discharge their stored energy during such periods – greatly reducing the drawn from the grid.

Store Off-Peak Power

Off-peak rates (11 pm – 7 am) are significantly cheaper than during usual business hours. If your business is closed at night, your solar battery storage can charge itself to be used during the expensive daylight hours. This allows your power unit to save money in the long run.