Leven Valley Church of England Primary School

Leven Valley

Key information

Scheme:

The England Recycling Fund

Technologies used:

Solar PV, Ground source heat pump, LED lighting

Region:

North West

Client type:

Maintained school

Estimated savings

£5,110

Annual carbon savings

Working with Salix

Low-carbon heating at Leven Valley

Situated within the Lake District National Park, Leven Valley is a small primary school with just over 60 pupils. Over the last decade, the school has demonstrated an exemplary commitment to the reduction of carbon across their estate, to create a thermally efficient building ready for the decarbonisation of heat.

Where possible, the school has made use of natural and sustainable building materials and approaches, taking a cold, damp, and inhospitable building and transforming it into a warm and welcoming learning environment. The next step for Leven Valley’s carbon reduction strategy was to tackle their heating, upgrading from an oil-based system to a 30.12kW borehole ground source heat pump (GSHP).

Embracing a holistic approach

Why should you take a holistic approach to energy efficiency?

  • Long-term, large-scale projects become achievable for organisations of any size
  • Smooth transition to a low-carbon future
  • Predicted cost savings calculated by Salix’s dedicated Technical Team
  • Reinvestment of energy savings
  • savings • Despite their old building, Leven Valley’s existing efficiency measures such as insulation, solar PV and LED lighting replacements have made the installation of their GSHP possible

We are a very small school... but I hope you can see that we think big and we act green.

Ian Nicol Headteacher Leven Valley Church of England Primary School

Technical breakdown

  • In this case, a GSHP was the most robust, long-term approach for minimising carbon emissions and was an ideal replacement for the school's oil-based heating system
  • The GSHP can access online weather and climate data, track heat usage and monitor solar electricity generation to optimise the system's efficiency, keeping costs to a minimum and maximising the use of renewable energy

In Partnership with