The Vale Resort
Delivering low carbon energy solutions that support long-term sustainability in hospitality
Solution
On-roof Solar PV & EV Charging
System size
168.81 kWp &
6 dual 22kW EV Chargers
Annual Trees Planted Equivalent
1,323
Annual CO2 reduction
28.79 tonnes
Decarbonising a Live Luxury Resort
Set within 650 acres of Welsh countryside, The Vale Resort is one of Wales’s leading golf, leisure, and hospitality destinations. The estate includes two championship golf courses, a four-star hotel, spa facilities, and a busy corporate events programme, creating a year-round and operationally critical energy demand. The resort also hosts training activity for the Wales national rugby union and Wales national football teams, reinforcing the need for uninterrupted operations across the estate.
Sustainability has long been part of the resort’s strategy, balancing environmental responsibility with the operational demands of a large hospitality venue. To strengthen both energy resilience and environmental performance, the resort identified the Golf Club building as a suitable location for on-site renewable energy generation.
The project transformed underutilised roof space into a long-term energy asset while introducing electric vehicle charging infrastructure within the main car park. All works were delivered while maintaining the high standards of guest experience expected across the resort.
Understanding the challenge
The Golf Club building operates with a predominantly daytime electricity demand driven by clubhouse facilities, member activity, and corporate events. This profile presented a strong opportunity for on-site renewable generation aligned with daily energy use.
However, the building sits within a busy hospitality estate. Installation works needed to be delivered without affecting day-to-day operations, member access, or scheduled events.
At the same time, the resort had begun to see a growing number of visitors arriving by electric vehicle, creating the need for additional charging infrastructure while maintaining convenient parking access.
The challenge was therefore to introduce infrastructure that:
- Aligns on-site generation with the Golf Club’s operational energy demand
- Integrates with existing electrical infrastructure and car park layouts
- Maintains uninterrupted access for members, guests, and events
- Expands EV charging capacity to support increasing demand
- Provides dependable long-term performance
Any solution also needed to remain visually discreet within one of the resort’s busiest operational buildings.
Designing a Low Carbon Energy Solution
Rather than introducing technologies in isolation, Nuvolt assessed how energy is used across the Golf Club building and the surrounding visitor environment.
The building’s daytime activity, available roof space, and increasing EV arrivals created an opportunity to introduce solar generation alongside expanded charging infrastructure.
Nuvolt therefore developed a connected solution that aligned solar generation with the building’s operational profile while integrating EV charging within the main visitor parking areas.
This approach ensured the infrastructure complemented how the Golf Club operates day-to-day while supporting the resort’s wider ambition to reduce operational carbon emissions.
The Golf Club roof provided significant capacity for on-site renewable generation, transforming unused space into a long-term energy asset. Nuvolt designed and installed a high-performance solar PV system engineered to maximise output within the constraints of the existing structure. Variations in roof orientation and shading were addressed through module-level optimisation to ensure consistent long-term performance.
The installation is expected to generate approximately 148.9 MWh of renewable electricity annually, delivering carbon savings of around 28.8 tonnes of CO₂ each year. By aligning generation with daytime energy demand, a significant portion of the building’s electricity consumption can now be met directly on site, reducing reliance on grid electricity while strengthening long-term energy resilience.
Supporting Low Carbon Travel
As electric vehicle adoption continues to grow, the resort identified the need to expand charging provision for visitors and members. Nuvolt installed six dual 22 kW electric vehicle charging units, providing twelve charging bays within the main car park. Installation works were carefully coordinated to minimise disruption to car park access and daily resort operations.
Together with the new solar generation, the charging infrastructure supports the resort’s transition towards lower-carbon operations while preparing the estate for continued growth in EV use.
Delivering Within a Live Environment
Infrastructure upgrades within a luxury hospitality setting require careful coordination to ensure guest experience, member access, and scheduled events continue uninterrupted.
At the Vale Resort, the Golf Club remained fully operational throughout the installation programme. Works were carefully sequenced in close collaboration with the estate team to ensure golf activity, corporate events, and daily operations continued as normal.
Owen Thomas-Thorne, Contracts Manager at Nuvolt, commented:
“Delivering infrastructure improvements in a live hospitality environment requires detailed planning and constant communication. By working closely with the Vale Resort and phasing works around operational schedules, we ensured the project was delivered efficiently while day-to-day activity continued uninterrupted.”
Steve Leeke, Managing Director of the Vale Resort, added:
“Sustainability is hugely important to us, but it must work alongside our day-to-day operations. Guest experience and continuity were non-negotiable, and Nuvolt delivered the project with minimal disruption through clear communication at every stage.”
Performance and Environmental Impact
The completed installation delivers benefits beyond environmental impact, strengthening both operational efficiency and long-term energy resilience.
With nearly 149 MWh of renewable electricity generated annually, a substantial portion of the Golf Club’s daytime energy demand can now be met on site. This reduces reliance on grid electricity during peak periods while delivering measurable carbon savings.
For the resort, the system also provides greater long-term cost predictability and protection against future energy price volatility.
Together, these outcomes represent a practical step forward in aligning the Vale Resort’s operational performance with its wider environmental ambitions.
Conclusion
The Vale Resort Golf Club upgrade demonstrates how low-carbon energy infrastructure can be introduced within a complex hospitality environment without disrupting day-to-day operations.
By aligning system design with the way the estate functions, Nuvolt transformed unused roof space into a long-term energy asset while introducing EV charging infrastructure that supports evolving transport needs.
Together, these improvements strengthen operational resilience, reduce carbon emissions, and provide a scalable foundation for future sustainability initiatives across the estate.

