Print & Packaging Manufacturing

Solar Panels for Printing & Packaging Factories UK

Printing and packaging factories are ideal candidates for solar: high daytime electricity consumption from presses, compressed air systems, UV curing, and drying lines aligns with peak solar generation. Large warehouse roofs provide ample space for substantial installations with fast ROI.

50%
Energy Cost Reduction
3.5yr
Average Payback
90%
Self-Consumption
Solar panels on printing factory roof in the UK
30+ Print Factories
Installed across the UK

Why Printing Factories Are Perfect for Solar

The printing and packaging sector's energy profile creates an unusually strong business case for solar investment.

Print Factory Energy Breakdown

Printing Presses 30-40%

Offset lithographic, flexographic, digital, and gravure presses drawing 50-300kW each during operation

Compressed Air 20-30%

Pneumatic systems for paper feed, registration, finishing, and folding/gluing equipment

UV Curing & Drying 15-20%

UV lamps, IR dryers, hot air systems for ink and coating curing on press and in finishing

HVAC & Extraction 10-15%

Print hall climate control (critical for registration accuracy), VOC extraction, and dust collection systems

Average Annual Energy Costs

Small Label Printer
£80,000-£150,000
Medium Print Works
£200,000-£400,000
Large Packaging Plant
£500,000-£1.2M
Corrugated Board Mill
£800,000-£2M+

The Solar-Print Factory Advantage

Daytime Production = Daytime Solar

Most printing runs during standard business hours (6am-10pm), perfectly aligned with solar generation. Self-consumption rates of 85-90% are typical for single-shift operations.

Huge Flat Roof Area

Print warehouses and packaging plants typically have 5,000-30,000m² of clear, flat roof space with minimal obstructions, enabling large installations with excellent economies of scale.

ESG Credentials for Retail Clients

Major retailers and brands increasingly require packaging suppliers to demonstrate sustainability. On-site solar provides verified carbon reduction for Scope 3 reporting by your customers.

Compressed Air Cost Elimination

Compressed air is one of the most expensive energy uses in printing. Solar directly offsets 75-100% of daytime compressor electricity, cutting one of the largest energy line items.

Print & Packaging Solar ROI Breakdown

Cost and savings data for UK printing and packaging facilities at 2026 electricity rates

Facility Type Roof Area System Size Installed Cost Annual Saving Payback
Small Label Printer 1,500m² 100kW £72,000 £22,000 3.3 years
Medium Commercial Print Works 5,000m² 300kW £198,000 £62,000 3.2 years
Large Packaging Factory 15,000m² 750kW £442,000 £148,000 3.0 years
Corrugated Board Plant 25,000m² 1MW+ £580,000+ £195,000+ 3.0 years

Based on 27.69p/kWh Ofgem non-domestic rate (Q1 2026), 950 kWh/kWp yield, 87% self-consumption for daytime-majority operations.

Solar Solutions by Print Sector

Tailored installations for every type of printing and packaging operation

Offset Lithographic

Sheetfed and web offset presses with high energy demands from impression cylinders, ink trains, and delivery systems. Solar offsets 40-50% of press energy costs during production hours.

Typical system: 200-500kW

Flexographic & Gravure

High-speed flexible packaging lines with continuous drying and curing. Excellent solar alignment due to consistent daytime run schedules and high base loads from dryers.

Typical system: 300-800kW

Corrugated Board

Board plants have massive roof areas and energy-intensive corrugators, die-cutters, and folder-gluers. Largest solar potential in the printing sector with fastest payback.

Typical system: 500kW-1.5MW

Digital Print

High-value digital print operations with climate-controlled print halls. Solar offsets HVAC and finishing equipment loads alongside digital press consumption.

Typical system: 50-200kW

Label & Narrow Web

Self-adhesive label printing with UV curing as the primary energy consumer. Solar significantly reduces UV lamp electricity costs, which can represent 25% of total energy use.

Typical system: 50-150kW

Finishing & Converting

Die-cutting, laminating, embossing, and binding operations. Compressed air and heated roller systems create consistent daytime loads ideal for solar offsetting.

Typical system: 100-300kW

Frequently Asked Questions

Common questions about solar panels for print and packaging factories

How much can a printing factory save with solar panels?
Printing and packaging factories typically save 40-50% on electricity costs with correctly sized solar. A medium-sized print works with a 300kW system saves £55,000-£75,000 annually at 2026 rates. The strong daytime production alignment means 85-90% of solar generation is consumed on-site, with payback periods of 3-4 years.
Do printing presses use too much power for solar to make a difference?
While large offset and flexographic presses can draw 100-300kW each, the total factory load including compressed air, UV curing, drying systems, ventilation, and lighting creates a large base load that solar significantly offsets. A typical printing factory installing 250-500kW of solar covers 30-50% of its daytime consumption. The key is that presses run primarily during daylight hours, perfectly matching solar generation.
Can solar power the compressed air systems used in printing?
Compressed air systems often account for 20-30% of a print factory's electricity bill. Solar directly offsets this continuous daytime load. A typical rotary screw compressor drawing 75-150kW runs throughout production hours, consuming energy that would otherwise come from the grid at 27.69p/kWh. Solar generation at an effective cost of £0.03/kWh represents a 90% reduction in compressed air energy costs during daylight hours.
What size solar system does a packaging factory need?
System sizing depends on production type and operating hours. Small label printers typically need 50-150kW. Medium commercial print works require 150-350kW. Large corrugated packaging plants with multiple lines benefit from 350kW-1MW+ installations. A free energy audit analyses your press schedules, compressed air demand, and UV/drying loads to determine the optimal system size for maximum ROI.
Will solar installation create dust that could affect print quality?
We understand that dust contamination is a critical concern for printing operations. All roof work is external and does not penetrate the building envelope. Electrical connections are routed through sealed cable entries. Installation is scheduled to avoid coinciding with high-quality print runs. Air handling and positive pressure systems in print halls are maintained throughout. We have completed over 30 print factory installations with zero quality incidents.
Do packaging companies qualify for solar grants in 2026?
Printing and packaging manufacturers can access Annual Investment Allowance (AIA) (ECA) providing 100% first-year tax deduction. The Industrial Energy Transformation Fund (IETF) offers grants up to 50% for energy efficiency projects. Companies supplying food packaging may access additional sustainability funding from major retailer supply chain programmes. The Smart Export Guarantee provides ongoing income for any surplus generation.

Get Your Free Print Factory Solar Assessment

Our team understands the unique energy demands of printing operations. We will analyse your press schedules, compressed air systems, and UV curing loads to design the optimal solar solution.

Free site survey within 5 working days. No obligation. Detailed ROI analysis included.

Related Resources

Print & Packaging Solar Service Areas

Our Installation Partners & Related Resources

We work with trusted MCS certified installers across the UK and provide resources for every commercial solar need.

Our SEO Partner: SEO Dons — Specialist SEO for Solar & Electrical Companies