Our client has set a clear mission to lead the way to net zero by 2030, recognising that electrification and energy efficiency are core pillars of its environmental strategy. As EV adoption grows, reliable charging infrastructure and well-maintained renewable energy assets are essential to support fleet transition, staff and visitor charging, and overall carbon reduction commitments.
Managing multi-site EV charging, alongside solar PV, requires proactive servicing, rapid fault response and ongoing monitoring. Left unmaintained, chargers and PV can underperform, reducing reliability and lowering customer confidence in low-carbon infrastructure.
The client needed a partner who would not only install hardware but also ensure ongoing performance and uptime, minimise downtime through rapid response and maximise the value of its renewable generation across multiple locations.
Carbon3 was engaged to provide a structured maintenance programme across four sites. The service model includes:
- Annual EV charger servicing for all 10 charge points, ensuring safety and performance compliance
- Routine solar PV panel cleaning to maintain optimal generation efficiency
- Monitoring-driven fault resolution, with Carbon3’s back-office systems tracking live charger and PV performance
- Rapid response and reinstatement of EV chargers when the monitoring system detects a fault, keeping assets online and available
This proactive maintenance approach ensures both EV infrastructure and solar generation consistently deliver against operational demands and sustainability goals.
Over the last 12 months, the maintained chargers delivered 48,738 kWh of electric vehicle charging across their sites.
To put this in context with carbon impacts:
- Average EV efficiency used for comparison: ~0.30 kWh per mile
- Estimated miles supported by 48,738 kWh: ≈162,460 miles
- Average petrol car emissions: ~290 g CO₂ per mile (0.29 kg)
- Carbon displaced vs petrol: ≈47.1 tonnes of CO₂ saved
This simple calculation shows how reliable EV charging infrastructure supported by active maintenance can deliver measurable carbon reduction outcomes through avoided tailpipe emissions. Because Carbon3’s maintenance includes regular PV cleaning and performance monitoring, solar arrays also contribute to lower grid electricity demand and improved site-level energy performance.
Without scheduled servicing and active monitoring, EV charge points can fail silently, and PV panels can degrade or lose output due to dirt, shading or unnoticed faults. Carbon3’s maintenance programme keeps assets operating at their best, protecting our client’s investment and ensuring that clean energy and charging capacity are available when needed most.
By combining reliable EV charging maintenance with solar performance upkeep, our client strengthens its operational readiness as it progresses toward net zero by 2030. Carbon3 continues to support performance optimisation, rapid fault response, and long-term asset resilience, helping our client deliver dependable, sustainable infrastructure for staff, visitors and fleets.
