Overview
As part of Hope Learning Trust’s wider renewable energy programme, Market Field School has invested in a solar PV system designed to support the Trust’s sustainability objectives, reduce energy costs, and contribute to the long-term decarbonisation of its estate.
The project forms part of a coordinated, multi-site strategy being delivered across the Trust, helping to create a more resilient and environmentally responsible portfolio of schools. By investing in renewable energy technologies across multiple locations, Hope Learning Trust is reducing its reliance on grid-supplied electricity while taking meaningful steps towards lowering Scope 2 emissions.
At Market Field School, the system is projected to generate approximately 96 MWh of renewable electricity each year, preventing around 18 tonnes of CO₂ emissions annually. With an estimated 69% self-consumption rate, a significant proportion of the energy generated on-site will be used directly by the school, maximising the value of the renewable electricity produced while reducing dependence on imported energy.
The installation is expected to deliver more than £1.7 million in lifetime energy savings, supporting the Trust’s commitment to responsible financial stewardship and helping to protect resources that can be invested back into education and student support.
Delivered with minimal disruption to the day-to-day running of the school, the project demonstrates how individual sites can contribute to a broader Trust-wide sustainability strategy. Together with the other renewable energy installations across the Hope Learning Trust estate, Market Field School is helping to create a more sustainable, efficient and future-ready educational environment.
Full case study video to follow below soon.
System Performance Projection
| Annual Energy Production | 96 MWh |
| Annual CO2 Emissions Saved | 18 tonnes |
| Self-Consumption | 69% |
| Payback Period | 5 Years |
| Internal Rate of Return | 22% |
| Lifetime bills savings | £1,787,243 |
System Components
DMEGC Bi-Facial Solar Panels: The installation uses premium DMEGC solar panels, known for their excellent efficiency and sleek aesthetics.
SolarEdge Power Optimisers: Each panel is equipped with a SolarEdge power optimiser, which enables individual panel monitoring and performance optimisation. This technology mitigates the effects of partial shading and ensures maximum energy harvest from each panel.
SolarEdge Synergy Inverter: The system features SolarEdge inverters, which work with power optimisers to convert DC electricity from the panels into AC power for home use. This inverter is designed for seamless integration with the SolarEdge ecosystem, including the battery storage system.
Doncaster PV Ultra Cabling: PV-Ultra cables are engineered explicitly for DC installations in photovoltaic systems. Designed with high-quality materials for an anticipated lifespan of about 25 years and can operate at average maximum conductor temperatures of 90°C, with short-term tolerance up to 120°C.
NexBlue EV Chargers: This site invested in a fully integrated NexBlue EV Charging infrastructure that works seamlessly with the SolarEdge C&I One platform.