Onsite Energy for Bakeries & Food Production
Continuous ovens, chillers, freezers and process lines make food production one of the most energy-intensive sectors there is — with simultaneous heat, cooling and power demand that is tailor-made for cogeneration.
Why food production pays twice for energy
Food production sites carry a distinctive set of energy pressures that compound one another.
High thermal baseload
Ovens, fryers, proving and process heat create a large, near-constant demand that is expensive to meet with gas boilers alone.
Simultaneous heat & cooling
Sites need heat for production and cooling for storage at the same time — an inefficient split when served by separate systems.
Dual market exposure
Reliance on both gas and electricity means volatility in either market hits operating margins hard.
Hygiene-critical continuity
Chilled and frozen storage cannot tolerate extended outages without risking stock loss and compliance breaches.
One load profile, three simultaneous demands
Food production needs heat, power and cooling at the same time for most of the day. That overlap is precisely the condition under which cogeneration recovers what a normal supply throws away.
Food and beverage production combines three demands that most sites have separately: round-the-clock electrical load, large and constant heat demand for ovens, proving and process heat, and significant cooling and refrigeration. That simultaneous heat-and-power profile is precisely the condition under which cogeneration delivers its strongest returns.
Exposure to both gas and electricity markets makes the sector doubly sensitive to price volatility. A single technology rarely solves that — the strongest results usually come from combining onsite generation with thermal recovery and, where roof space allows, solar PV.
Every recommendation is built from your actual consumption and thermal demand, so the system is sized to the realities of your production schedule rather than a generic template.
24-hour demand
Heat, power and cooling — all at once
Heat, power and cooling under one roof
- Ovens and process heat in demand for most of the production day
- Chillers and freezers drawing power at the very same time
- Recovered heat that a separate gas-and-grid supply would waste
What shapes the energy brief
- Demand profile
- Heat + power
- Best-fit asset
- CHP / CCHP
- System efficiency
- 80%+
- Key risk
- Price volatility
simultaneous, around the clock
for high-baseload sites
achievable with cogeneration
across gas and electricity
Recommended technology stack
We focus on technologies that capture and reuse energy across heat, power and cooling.
CCHP / CHP Cogeneration
Generate electricity onsite while recovering the heat for ovens and process loads — and cooling via absorption chillers.
Explore serviceSolar PV
Offset daytime electrical demand and complement cogeneration where roof or land area is available.
Explore serviceHeat Pumps
Efficient low- and medium-temperature heat and cooling for suitable process and space-conditioning loads.
Explore serviceFeasibility & Cost Modelling
Independent modelling of heat-to-power ratio and payback before any technology is selected.
Explore serviceBakeries & Food Production feasibility checklist
The more of the following we have to hand, the faster and sharper your feasibility study will be — and we can help fill any gaps. Every recommendation that follows is modelled on your data and subject to feasibility.
A result in this sector
Large Commercial Bakery
Up to 74% lower grid reliance, ~£425k modelled annual savings
A 1.2 MW cogeneration unit with 500 kWp rooftop solar secured thermal baseload for the ovens and cut grid dependence sharply.
Large Commercial Bakery — CCHP & Solar PV Case StudyCommon questions
Discuss your Bakeries & Food Production site
Tell us about your site and we'll come back within one business day. Our engineers review your interval data and deliver a no-obligation feasibility study with technology recommendations, financial modelling and payback projections.
Ready to cut energy costs at your Bakeries & Food Production site?
Book a free site assessment. Our engineers will evaluate your load profile and deliver a tailored feasibility study — no obligation.