Sectors Renewable Energy

With the government’s drive to accelerate renewable energy projects and the growing demand for clean energy, Grassform Group is at the forefront of delivering fast, reliable solutions for site access, compounds, and crane pads. Our heavy-duty ground protection solutions are purpose-built to handle the demands of cranes, wind turbine components, solar panel deliveries, and heavy plant required for renewable energy builds—often in remote or sensitive environments like farmland, greenfield sites, and coastal zones. Whether operating on soft ground, uneven terrain, or ecologically protected areas, our systems ensure safe, stable access and working platforms, allowing renewable projects to progress smoothly even in the toughest conditions.

A key advantage Grassform Group offers is our flexible, dependable service. Our experienced team conducts rapid site assessments and mobilises quickly, with installations carefully scheduled to meet tight project deadlines and the unique challenges of renewable energy builds. We frequently install our systems in advance, stay on-site during critical delivery or crane operations, and uplift the same day—helping contractors minimise disruption, reduce downtime, and maintain momentum on high-pressure projects.

In recent years, there has been a major shift away from traditional stone haul roads toward our reusable ground protection systems, as the renewable sector demands smarter, more sustainable access solutions. By eliminating the need for quarried stone and reducing vehicle movements, our systems deliver significant cost and time savings while cutting carbon emissions—often by up to 70% compared to conventional methods. This enables renewable energy developers to meet aggressive sustainability targets and make real progress toward Net Zero goals.

We also understand that many renewable energy sites are located on or near sensitive land, including agricultural fields, green spaces, and Sites of Special Scientific Interest (SSSI). Our low-impact access solutions are specifically designed to minimise ground disturbance, protect fragile environments, and ensure compliance with strict environmental standards—allowing works to continue efficiently with minimal footprint and maximum environmental care.