Written by: Salma Al-Saqqa
Lightsource bp is preparing to make a qualitative leap in the renewable energy sector through a comprehensive review of the construction mechanisms of large-scale solar farms, amid expectations that new technical innovations will contribute to unprecedented reductions in construction costs and improve operational efficiency in major projects.
Innovative Program to Reduce Costs and Time
The company announced the results of the exploratory phase of the Next Gen Solar program, which examines ways to develop the construction processes of high-capacity solar farms relying on advanced engineering solutions. Initial results showed that integrating four key innovations can reduce direct installation costs by about 22 percent, alongside reducing the time required for implementation by up to 30 percent compared to current practices in global markets.
Technical Pillars and Advanced Automation
The new methodology relies on four main axes including the use of automated pile mechanisms based on geolocation technology, the design of frameless solar panels relying on steel instead of aluminum, screwless snap-fit mounting techniques, and pre-assembly of components at work sites. The company's Global Technical Director, Chris Buckland, pointed out that these analyses are based on evaluating recent industrial offers focusing on automation and innovative installation methods.
Field Trials and Future Plans
The company plans to move from the modeling and analysis phase to field application and verification by conducting practical experiments in both Australia and the United States. These experiments aim to test automated pile systems, robotic module placement, and advanced cable connection solutions to ensure the accuracy of cost and safety assumptions. These solutions are planned to become an essential part of major energy projects starting in 2028, helping to meet escalating global demand for solar energy and overcoming challenges hindering the commercial viability of some projects.
