Cut energy costs, reduce Scope 2 emissions, and increase operational resilience with engineered on-site commercial solar for logistics parks, distribution centres and warehousing facilities.
Often running 24/7, warehousing and logistics hubs are constantly utilising electrics in its operations such as lighting, HVAC, conveyor systems, refrigeration in cold stores, and heavy-duty loading equipment. Our commercial solar panel installations for logistics businesses reduce daytime grid reliance, stabilise operating costs and improve long-term energy resilience. When paired with battery storage, solar generation can be shifted to early starts and night-time operations, supporting throughput peaks while lowering overall energy spend.
Large roof spans and high daytime loads make logistics sites an ideal contender for rooftop PV systems, which can be tailored to your building’s geometry and operational hours and enable you to reduce grid use from day one.
Battery storage allows renewable generation to meet peak start-up demands or support back-up power when grid tariffs spike.
Meeting ESG goals is becoming more significant for business plans and investors, and a clear savings on Scope 2 allows a clear compliance pathway to ESG targets and wider regulatory commitments via exportable data and dashboards to support your sustainability reporting and audit needs.
Whether you prefer £0 upfront via a PPA, finance/lease model or outright purchase, we’ll guide you to find the ideal funding route that fits your budget and forecast.
Perfect for large-span warehousing roofs, logistics hubs and distribution depots with clear structural access.
Shift daytime solar output into evening or early morning shift runs; add resilience for critical operations.
Shift daytime solar output into evening or early morning shift runs; add resilience for critical operations.
from
£
0
Upfront cost
Choose the route that matches your capex and forecasting: a fully-funded PPA (no upfront cost), finance/lease, or purchase.
We’ll model your load profile and recommend the right path.
Continuous monitoring with exportable performance data
Planned maintenance and robotic cleaning
Fault response & SLAs that protect output and reporting cadence
Cold storage sites have consistently high electricity demand due to refrigeration systems running 24/7. This makes them ideal for solar PV, as a large proportion of the energy generated can be used on-site, maximising savings and improving return on investment.
Savings depend on system size and energy usage, but typically cold storage operators can reduce grid electricity consumption by 20–40%, significantly lowering operational costs and exposure to volatile energy prices.
No. Solar PV integrates seamlessly with your existing electrical infrastructure. Your refrigeration systems continue to operate exactly as before, with solar simply offsetting part of your electricity demand.
Yes. Cold storage facilities are one of the best use cases for solar because their daytime demand aligns well with solar generation, ensuring high self-consumption and minimal wasted energy.
In many cases, yes. Battery storage allows excess solar energy to be stored and used during peak tariff periods or overnight, helping to further reduce costs and improve energy resilience.
Most cold storage facilities have large industrial roofs (often fibre cement, trapezoidal, or composite). Suitability depends on structural integrity and fire compliance, which BeBa Energy assesses during the design phase.
No. Installations are carefully planned to minimise disruption. Work is typically carried out externally on the roof, allowing your operations, including refrigeration and logistics, to continue uninterrupted. The final connection will often include a full shutdown which BeBa will schedule to minimise disruption
Solar PV significantly reduces carbon emissions by lowering reliance on grid electricity. For energy-intensive cold storage businesses, this can make a substantial contribution to ESG goals and sustainability reporting.
At BeBa Energy, we don’t just install systems, we manage them long term. Through monitoring, maintenance, and proactive fault response, we ensure your system continues to perform at its optimum level for decades.
We combine over 17 years of experience, a specialist understanding of high-energy industrial sites, and a long-term asset management approach. We partner with leading manufacturers and remain accountable for performance long after installation.
We’ll assess your site, model savings, and map a delivery timeline – minimising downtime, maximising return.
