Challenging Terrain at Fera 

Installing solar panels at a crop protection facility was a crucial step in supporting overall sustainability and operational efficiency. Fera Science appointed Meson to design and install a bespoke energy solution that integrated seamlessly into a complex environment.  

The Challenge 

Fera Science Limited is a leading centre for plant and bee health, crop protection, sustainable agriculture, food and feed quality, and environmental chemical safety. The York Biotech Campus required a custom solar solution to improve overall sustainability and reduce carbon footprint, but the challenging terrain presented complex challenges that required careful planning and engineering.  

One of the primary concerns was the facility's large roof vents, which are essential for daily scientific experiments. This required a carefully engineered solution customised to suit the terrain and existing infrastructure and ensure ease of installation for future maintenance.   

Finding the perfect solution 

Right from the initial tender stage, the team at Meson ensured they fully understood the specific requirements for the panels, and the vent placement and usage to tailor the design accordingly.   

Meson first conducted a comprehensive on-site analysis. From there, Meson collaborated with trusted partners, including J.B. Langley Associates Ltd, Whiterose Scaffolding, and CGP MEP to ensure the design would fit the complex terrain.  

Meson developed a customized solar energy solution consisting of 342 N-type solar modules, delivering a 150 kilowatt-peak (kWp) output to ensure high power performance, reliability, and overall safety. 

In addition, Meson also had to consider safety and accessibility for engineers throughout the lifespan of the panels. Carrying out a full risk assessment on-site, the team was able to ensure the solution provided a secure working environment that facilitated future maintenance of the system.  

This collaborative, full-circle approach allowed for the design of a system that not only met Fera's energy needs but also allowed for future routine maintenance that was safe for onsite engineers and would not disrupt operations.  

The Result 

Overall, the project will significantly reduce the overall carbon footprint for the company, resulting in an estimated annual energy saving of £24,000. It also demonstrates the seamless integration of bespoke solar technology to fit complex infrastructure.  

Dean Betteridge, Lead Business Analyst at Fera commented: “As a business with targets around reducing our carbon footprint and addressing rising energy costs, we decided it was time to explore renewable energy options. We wanted a solution that would lower our electricity bills and help offset some of our carbon impact. We were pleased to instruct Meson based on their responsiveness and eagerness to address the challenges we faced onsite. 

Thanks to the team’s careful planning and communication, there were no interruptions or concerns raised by staff or stakeholders, resulting in a seamless and stress-free process. Their attention to detail, clear communication, and commitment to customer satisfaction truly stood out. 

When the work was completed, I was impressed by the high-quality installation and the reputable equipment used. The landlord, who was a key stakeholder in our project, was equally impressed and highly complementary of the quality of the installation. Along with myself and Fera stakeholders, the landlord delivered the highest praise to Meson. Considering their extensive experience working with contractors, this was great to hear and reassuring that the completed installation meets everyone’s needs. 

The system has now been operational for two months, and we are already benefiting from the energy generated. We’re able to monitor the system’s performance through an application that provides live snapshots and remotely tracks production.”