Repowering

Long Term

Maintain the Earning Potential of Your Solar Assets with Solar Farm Repowering

Why Not Explore the Options for Repowering Your Solar Farm?

Repowering a solar farm involves replacing aging solar panels and inverters with newer, more efficient technology to boost performance and energy output. This process is ideal for solar farms that have been operational for several years and are using outdated equipment. In the UK, repowering offers significant benefits that can improve the overall productivity, sustainability, and profitability of your solar energy operations.

Key Benefits of Solar Farm Repowering:

1. Increased Energy Production:
Repowering with newer, more efficient solar panels allows for a higher energy yield per square meter. Modern solar technology can generate more electricity compared to older panels, increasing the overall output and improving revenue streams for solar farm owners.

2. Enhanced Reliability and Durability:
As solar panels age, their efficiency and reliability naturally decline. Repowering replaces aging panels with more durable, weather-resistant models, leading to fewer maintenance needs, reduced downtime, and improved reliability in the long term. Newer systems also perform better in harsh weather conditions, ensuring greater energy consistency.

3. Cost-Effective and Economically Viable:
With the cost of solar technology steadily decreasing, repowering offers a more economical solution than building a new solar farm from scratch. By leveraging existing infrastructure—such as land, grid connections, and other resources—solar farm owners can reduce upfront costs. Additionally, repowering can extend the lifespan of a solar farm, generating continued revenue for years beyond the initial investment period.

Maximized ROI and Long-Term Sustainability

Repowering delivers a significant improvement in return on investment (ROI). With increased energy output, improved system reliability, and reduced maintenance costs, repowering ensures your solar farm remains profitable and sustainable well into the future.

Managing PV module recycling

Dismantling defective/outdated PV modules and repackaging for reuse/storage/recycling.

Installation Service

Site set-up ( installations for the works, etc.) Adapting structures, installing and connecting new PV modules and inverters

Documentation

Drawing up optimised electrical and mechanical designs and a comprehensive completion plant. Comprehensive hand-over to the customer and the O&M team

Quality control

Quality control checks during the works. Contract management: managing all risks during the procurement and construction phase, transfer of ownership

Sustainability

Committed To Sustainability

We are driven by a commitment to building a better world by harnessing the potential of clean and renewable energy sources. Our team is passionate about creating impactful and enduring environmental benefits for current and future generations

We Follow Best Practices