Seasonal and variable demand
Drying, irrigation, storage, ventilation, heating and refrigeration can cause sharp seasonal peaks that forecasts must reflect.
Agriculture
Control energy costs across every season.
Seasonal production, essential equipment and rural network constraints require contracts and projects built around the whole operating cycle.
A data-led sector review
The costs behind every production cycle.
Agricultural businesses use electricity across milking, cooling, refrigeration, ventilation, lighting, pumping, irrigation, grain drying, processing, workshops and storage. Demand can change with season, weather and production.
We analyse contracts, half-hourly use, production schedules, equipment and site infrastructure before creating one plan across procurement, efficiency and generation without disrupting livestock welfare or essential operations.
Common agriculture energy challenges
What needs attention.
Contract exposure, consumption and site constraints are assessed together.
Continuous and essential equipment
Milk cooling, refrigeration, pumps, ventilation, lighting and livestock systems may run continuously; poor controls add avoidable cost.
Rural infrastructure and building constraints
Limited capacity, separate supplies, ageing infrastructure and fragile or asbestos roofs can restrict projects and electrification.
One plan across the operation
Supply, consumption and generation are connected decisions.
The right priority depends on the contracts, how the site is used, its infrastructure and future plans.
Commercial energy procurement
Compare electricity and mains gas contracts using actual use, dates, seasonal requirements and planned changes.
Monitoring and efficiency
Identify avoidable use across refrigeration, cooling, ventilation, pumps, irrigation, lighting, heating and drying.
Solar PV and battery storage
Assess roof- or ground-mounted generation and storage against consumption, condition, network and return.
Our process
From site data to a clear plan.
Data first, priorities second, then delivery around the operation.
Understand the operation
Collect bills, contracts, interval data, seasonal patterns, equipment, buildings and planned changes.
Set the priorities
Assess exposure, baseload, seasonal peaks, equipment, generation and capacity with costs shown.
Deliver and review
Coordinate work around production and review performance as the business changes.
Our approach
Buy better. Reduce waste. Use the site properly.
A lower unit rate will not correct inefficient cooling, pumping or ventilation. A large roof does not guarantee a solar case and storage needs a defined purpose.
Buy better
Secure suitable electricity and mains gas contracts around use, seasonality and timing.
Control essential loads
Review cooling, refrigeration, pumps, fans and lighting without compromising production or welfare.
Plan around seasonal demand
Understand peaks and whether loads can be controlled or moved safely.
Generate on-site
Assess solar and storage against demand, land or roof, network and the commercial case.
Why NUA Energy
A commercial view of the whole operation.
Every recommendation reflects the site, the people who use it and the evidence behind the financial case.
Decisions based on data
Recommendations begin with bills, contracts, consumption and year-round operation.
Farm operations come first
Work and shutdowns are planned around livestock, harvest, storage and production.
A clear financial case
Costs, savings, payback, assumptions and network costs are explained.
Ongoing support
Contracts and improvements remain under review as equipment and seasons change.
Agriculture energy FAQs
Useful starting points for the sector.
How can agricultural businesses reduce energy costs?+
Review contracts and equipment together, including baseload, refrigeration, ventilation, seasonal demand and suitable on-site generation.
Is solar PV suitable for farms and agricultural buildings?+
It can be, but the design must reflect on-site use plus roof condition, structure, asbestos, shading, planning and network constraints.
Can battery storage help an agricultural business?+
Potentially, where it retains solar, shifts tariff periods or manages short peaks and the half-hourly data supports the design.
Can one solar system supply several farm buildings or meters?+
Only where infrastructure allows. Solar behind one meter does not reduce bills on separate meters without a technically, legally and financially assessed private-wire or consolidation arrangement.
Start the conversation
Start with your bills and site data.
Share bills, dates, seasonal patterns, interval data, equipment, buildings, roof or land and planned expansion or electrification.