Relectrify, an Australian battery technology company, reports that battery energy storage in the commercial sector in Australia can bring economic benefits. Data released by the company shows that a recently launched 120 kW ReVolve battery reduced the customer’s grid energy consumption by over 94%.
Relectrify installed the ReVolve battery at Colormaker’s manufacturing facility in Sydney, a paint manufacturer. As a result, the platform was able to achieve a “significant improvement” in energy self-sufficiency and further reduce energy costs. Colormaker had already reduced its electricity consumption from the grid by installing 100 kW of solar panels on the roof. Integrating the ReVolve battery with the existing solar-powered energy infrastructure allowed them to financially benefit even more from this investment.
According to Relectrify, key success indicators of the project include optimized self-consumption of solar energy, reduced energy purchases from the grid, and a decrease in energy demand. Early data indicates that both power and associated costs are expected to decrease to single-digit percentages compared to pre-battery installation levels.
The ReVolve product is a battery energy storage system that utilizes used batteries from Nissan Leaf electric vehicles in combination with patented cell-level control technology, enabling direct alternating current (AC) generation from the battery pack. David Stuart, Managing Director of Colormaker, said that the battery installation was a key step in achieving the company’s goal of net-zero operations, emphasizing that the battery “allows us to store the solar energy that we generate during the day and use it to meet our energy needs throughout the night.”
Juergen Barth, Vice President of Partnerships at Relectrify, stated that the Colormaker project demonstrates how battery energy storage products utilizing CellSwitch technology can revolutionize the way businesses manage and store electrical energy, both by utilizing second-life cells and eliminating the need for inverters.
FAQ:
1. What economic benefits can battery energy storage bring to the commercial sector in Australia?
Battery energy storage can reduce customer’s grid energy consumption by over 94% and lower energy costs.
2. Where did Relectrify install the ReVolve battery?
Relectrify installed the ReVolve battery at Colormaker’s manufacturing facility in Sydney.
3. What benefits did Colormaker achieve from installing the ReVolve battery?
Installing the ReVolve battery allowed Colormaker to achieve a significant improvement in energy self-sufficiency and further reduce energy costs.
4. What are the key success indicators of the project according to Relectrify?
The key success indicators of the project include optimized self-consumption of solar energy, reduced energy purchases from the grid, and a decrease in energy demand.
5. What is the origin of the ReVolve battery?
The ReVolve battery utilizes used batteries from Nissan Leaf electric vehicles.
6. What possibilities does the battery installation offer according to David Stuart, Managing Director of Colormaker?
The battery installation offers Colormaker the possibility to store solar energy generated during the day and use it to meet their energy needs throughout the night.
7. What does the Colormaker project demonstrate according to Juergen Barth, Vice President of Partnerships at Relectrify?
The Colormaker project demonstrates how battery energy storage products can revolutionize the way businesses manage and store electrical energy by utilizing second-life cells and eliminating the need for inverters.
Definitions:
1. ReVolve battery – a battery energy storage product by Relectrify that utilizes used batteries from Nissan Leaf electric vehicles.
2. Battery energy storage – the storage of electrical energy in batteries for future use.
3. Energy self-sufficiency – the ability to meet one’s own energy needs without relying on external sources of energy.
4. Self-consumption of solar energy – the utilization of generated solar energy by the installation itself instead of selling it back to the power grid.
5. Energy demand – the amount of energy required to meet the needs of a particular installation or device.
Related Links:
– relectrify.com
– colormaker.com.au
The source of the article is from the blog macholevante.com