The UKBIC, a leader in battery manufacturing development, faced the challenge of reducing its carbon footprint and operational energy costs.
Capacity & Coverage
Data Injestion
Outcome
The best time to establish protocols with your clients is when you onboard them.
The UK Battery Industrialisation Centre (UKBIC) needed to lower its carbon footprint and reduce operational energy costs while maintaining its position as a leader in sustainable battery manufacturing. As a large-scale production facility, the challenge was to integrate renewable energy generation and storage to match operational demands.
The best time to establish protocols with your clients is when you onboard them.
• Roof-top Solar Installation
The project involves transforming the roof into a solar farm capable of generating a peak output of 2.5MW of clean, renewable electricity.
• Battery Energy Storage System (BESS):
A 2MW/4.3 MWh containerised BESS was designed to deliver peak demand reduction using the flexibility asset, while also allowing solar energy generated during the day to be stored and used overnight.
The best time to establish protocols with your clients is when you onboard them.
• Carbon Footprint Reduction
The installation is projected to reduce the facility's carbon emissions by 550 tonnes per year.
• Energy Cost Savings
This project will significantly decrease energy expenses while providing long-term stability in energy costs.
The best time to establish protocols with your clients is when you onboard them.
• Construction Timeline
Initiated in March 2024, with completion aimed for the fourth quarter of 2024.
• Technical Achievement
The roof of the 18,500m2 facility is set to house nearly 5,000 solar panels and 4 container-size behind-the-meter BESS, making it one of the most substantial installations of its kind in the UK's industrial sector.
The best time to establish protocols with your clients is when you onboard them.
• Construction Timeline
Initiated in March 2024, with completion aimed for the fourth quarter of 2024.
• Technical Achievement
The roof of the 18,500m2 facility is set to house nearly 5,000 solar panels and 4 container-size behind-the-meter BESS, making it one of the most substantial installations of its kind in the UK's industrial sector.
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Following Minety, Q Energy is deploying the same model across new regions—expanding predictive maintenance capabilities and improving reliability of renewable energy storage systems at scale.
“High-resolution insights turn BESS data into decisions—lifting availability, reducing risk and unlocking revenue.”
Q Energy Operations Team
Q Energy provided predictive maintenance and performance monitoring for Europe’s largest battery storage facility in Minety, UK—turning high-frequency BESS telemetry into actionable insights that improve reliability, stability and financial performance.
As the UK moves toward net-zero 2050, managing the balance between intermittent renewable output and demand is critical. Minety required a way to store surplus energy, reduce curtailment and stabilise market prices without sacrificing reliability.
Following Minety, Q Energy is deploying the same model across new regions—expanding predictive maintenance capabilities and improving reliability of renewable energy storage systems at scale.
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