Lingfield Primary School
End User:
Lingfield Primary School
Region:
Surrey
Client Type:
Education
Duration
16 weeks
Introduction
Lingfield Primary School required significant investment to address its outdated and unreliable gas heating system, which was both inefficient and costly to maintain. Recognizing the need for a more sustainable solution, the school with Surrey County Council sought funding through the Public Sector Decarbonisation Scheme. This initiative allowed them to successfully future-proof their building, replacing the aging gas system with a state-of-the-art heat pump solution that drastically reduces carbon emissions and lowers long-term operating costs.
In addition to the heat pump installation, the project included a range of complementary secondary measures designed to enhance energy efficiency throughout the school. These included improved insulation, secondary glazing, installation of solar panels and smart energy controls. By incorporating these solutions, the school not only ensures a more comfortable and environmentally friendly environment for its students and staff but also positions itself as a model of sustainability for the local community.
The successful implementation of this project aligns with both the school’s commitment to environmental responsibility and the broader goals of reducing carbon footprints within public sector buildings. The decarbonisation of Lingfield Primary School marks a significant step towards achieving a more sustainable and energy-efficient future for the education sector.
Services Provided:
Heat Pump Details:
The feasibility study conducted for the building identified that a comprehensive heating and hot water solution would require the installation of three separate heat pump units. This assessment was based on a detailed analysis of the building’s size, energy demands, and the specific requirements for both heating and hot water throughout the year. The chosen Acer range models are:
From an environmental perspective, heat pumps offer a much cleaner alternative to conventional heating systems. Since they run on electricity instead of burning fossil fuels, they have the potential to operate entirely on renewable energy sources like solar or wind. This significantly reduces greenhouse gas emissions associated with heating and cooling. Additionally, as the electricity grid becomes greener, heat pumps become even more sustainable.
Solar PV Details:
The solar photovoltaic (PV) system installed at the building consists of 146 high-performance 460W JA Solar Mono Black panels with a sleek silver frame. These panels were carefully selected for their efficiency, durability, and aesthetic appeal, designed to seamlessly integrate into the building’s roof structure while maximizing energy production. The 460W output per panel ensures that the system can generate a substantial amount of energy, significantly contributing to the building’s overall energy needs and helping to offset its carbon footprint.
The system is complemented by 7 bird netting installations, providing protection against wildlife interference while maintaining the system’s integrity and performance.
The electricity generated by the system can be used on-site, reducing energy costs and improving the building’s overall sustainability. Any excess power produced can be stored or fed back into the grid, potentially generating income through feed-in tariffs or further reducing operational costs.
Classroom Heating
As part of the building’s decarbonisation efforts, a comprehensive upgrade to the classroom heating system was carried out to improve energy efficiency and comfort. New, high-performance energy-efficient radiators were installed in all classrooms, carefully selected to provide optimal heating with minimal energy consumption. These radiators are designed to maintain consistent room temperatures while reducing the need for excessive energy use, which contributes to both cost savings and a reduced carbon footprint.
In addition to the radiators, the entire heating system was overhauled with new, modern piping to ensure optimal circulation and heat distribution throughout the classrooms. To ensure safety and protect the piping, any sections of pipework located below 1.8 meters were safeguarded and enclosed with specialist Pendock Boxing. This not only improves the aesthetic appeal of the classrooms but also minimizes the risk of damage or interference with the pipes, ensuring the longevity and reliability of the heating system.
To further enhance the building’s energy efficiency and heat retention, secondary glazing was installed in all classrooms. This additional layer of glazing helps to reduce heat loss through windows, preventing drafts and creating a more stable and comfortable indoor environment. Coupled with cavity wall insulation, which was added to further reduce heat loss through the building’s walls, these measures significantly improve the overall thermal efficiency of the classrooms. Together, these upgrades ensure that the school can maintain a comfortable learning environment for students and staff while minimizing energy consumption and reducing the building’s overall environmental impact.
These improvements not only address immediate heating needs but also contribute to the long-term sustainability of the school, supporting its goals of energy efficiency and decarbonisation.
“CO2PEC have been great to work with, they have been very knowledgeable and professional throughout the installation of our Air Source Heat Pumps, Solar Panels and all other supporting services”
Janice Blatcher
School Business Manager – Lingfield Primary School
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and Funding Schemes?
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