Construction of a 43,000-panel solar farm near Barkham, Berkshire, is set to commence in November, aiming to power 9,400 homes.

Barkham Solar Farm Construction Kicks Off, Promising Local Benefits

Construction of a new 43,000-panel solar farm near Barkham, Berkshire, is scheduled to commence in November, following the signing of a contract with carbon-neutral developer Equans. The project, located on farmland owned by Wokingham Borough Council, is projected to power 9,400 homes upon completion. This development marks a significant step for the council, which anticipates substantial environmental and financial benefits from the scheme.

The facility is expected to become operational and begin generating electricity by September 2027, with full grid connectivity projected by 2029. The council highlighted that beyond renewable energy generation, the project will incorporate new walking and cycling links, enhance local biodiversity, and lead to the planting of hundreds of new trees, creating a lasting positive impact for the surrounding communities. Furthermore, the solar farm is forecasted to generate over £1 million in annual income for the council, contributing to local services and initiatives. The authority has also collaborated with local charity Freely Fruity to plant approximately 1,000 fruit trees on the site.

Image: bbc.co.uk

Project Background and Local Impact

The announcement builds on previous statements by Wokingham Borough Council in January, when they indicated the farm was expected to be built 10 years ahead of its initial schedule. The site's development has, however, involved changes to local land use. In 2021, a tenant cattle farmer who operated on the land, Andrew Lake, was asked to vacate the property to facilitate the solar farm's construction. The council previously confirmed that the land would be reverted to agricultural use after 25 years, upon the conclusion of the solar farm's operational lifecycle.

This project aligns with the UK's broader renewable energy targets, contributing to the decarbonisation of the grid and enhancing energy security through local generation. The integration of biodiversity net gain measures and community infrastructure reflects a growing trend in large-scale renewable projects to deliver wider environmental and social benefits beyond electricity production. The long-term income stream for the council also demonstrates the financial viability and strategic importance of such assets for local authorities.

What this means for asset owners and insurers

• Construction All Risks (CAR) / Erection All Risks (EAR) Insurance: The commencement of construction necessitates robust CAR/EAR policies to cover material damage, liability, and delays during the build phase, especially given the scale of 43,000 panels.
• Operational Risks and Business Interruption (BI): Once operational, asset owners will require comprehensive insurance covering operational risks such as equipment breakdown, weather-related damage, and thermal events. Given the significant power output, any interruption to generation could lead to substantial Business Interruption losses.
• Grid Connection and Revenue Stability: The phased grid connection (live by 2027, full connectivity by 2029) highlights potential risks related to grid delays or curtailment, impacting revenue forecasts. Insurers may need to consider how these staged connections influence DSU (Delay in Start-Up) and BI coverages.
• Environmental and Public Liability: The project's commitment to biodiversity and community links underscores the need for robust Public Liability and Environmental Liability insurance, covering potential impacts during construction and operation, as well as stakeholder engagement.

Source: bbc.co.uk