Brief
Westham Parish Council approached DP Goodwin Group with a pressing need to improve the lighting infrastructure in a busy public car park in Stone Cross, Eastbourne. The car park is situated adjacent to a row of local shops and a primary school, making it a vital area for pedestrian and vehicle traffic throughout the day. However, the existing lighting was insufficient, leading to safety concerns among residents, shoppers, and school families—particularly during early mornings, late evenings, and darker winter months.
In addition to addressing these safety issues, the council was committed to finding an environmentally friendly, cost-effective, and low-maintenance lighting solution that aligned with their sustainability goals. Traditional street lighting options often come with high ongoing electricity costs and require extensive underground wiring, which can be disruptive and costly to install and maintain. Westham Parish Council sought an innovative approach that would reduce energy consumption, minimise maintenance needs, and contribute positively to the council’s carbon reduction commitments.
Solution
DP Goodwin Group proposed and designed an innovative solution involving the installation of six solar-powered street lights – amongst the first of their kind to be installed in the Eastbourne area. We managed the entire project from design and groundworks to final installation and sign-off, ensuring a seamless, end-to-end service.
These advanced, off-grid solar lighting units were designed to provide reliable, efficient illumination while requiring no connection to the electrical grid. The solar street lights were strategically positioned to maximise coverage across the entire car park area, including pedestrian walkways, parking bays, and vehicle entry and exit points. Particular attention was given to areas with the highest footfall during school drop-off and pick-up times to enhance safety for children and parents.
One of the key benefits of this solar-powered solution was the elimination of the need for trenching or underground cabling, which significantly reduced installation disruption to the community and shortened the project timeline. This also lowered the risk of future maintenance issues associated with traditional wired street lighting systems.
Each solar lighting unit is equipped with high-efficiency photovoltaic panels that capture and convert sunlight into electrical energy stored in high-capacity batteries. These batteries power durable, energy-saving LED lamps, which deliver bright, consistent lighting from dusk until dawn. Intelligent sensors automatically activate the lights at night and turn them off during daylight hours, optimising energy use and ensuring longevity.
The solar-powered street lights also provide resilience by operating independently of the mains power supply, maintaining illumination even during power outages or grid failures. This reliability is crucial for maintaining safety and security in public spaces.
This solution not only satisfied the council’s requirements for enhanced safety and visibility but also supported their broader environmental strategy by reducing carbon emissions and minimising energy consumption.
Result
Following installation, the solar-powered street lighting system brought a range of measurable benefits:
Improved safety and visibility for pedestrians and drivers, particularly during the darker months and peak school traffic times, significantly reducing potential accidents and enhancing community confidence.
Zero ongoing electricity costs, as the solar lighting system is entirely self-powered, allowing the council to reduce operational expenses and redirect funds to other community priorities.
Minimal maintenance needs, thanks to the robust design and durable components of the solar lights. Without the risks associated with wiring faults or underground cables, upkeep is simpler and less frequent.
Positive environmental impact, with a significant reduction in carbon footprint compared to conventional street lighting, helping the council meet its climate action goals and promote sustainable urban development.
Community approval, as local residents, shop owners, and school families welcomed the improved lighting and the council’s commitment to smart, green infrastructure.
This successful installation demonstrates the practical advantages and positive community impact of integrating renewable energy technologies into public infrastructure projects. By choosing solar-powered street lighting, Westham Parish Council has enhanced the safety, security, and sustainability of a key community asset in Stone Cross, Eastbourne.
The project serves as a model for other councils and local authorities looking to adopt innovative, eco-friendly lighting solutions that combine cost savings, environmental responsibility, and improved public welfare. As demand for sustainable infrastructure grows, solar-powered lighting installations like this are becoming an increasingly valuable tool for building safer, greener communities across the UK and beyond.
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