en.Wedoany.com Reported - Enray Power has selected The Greencells Group as the EPC contractor for a 71.28MWp utility-scale solar project near Carlton, UK. The project will install 108,836 bifacial modules deployed on a tracking system to enhance power generation efficiency.

The construction of this plant highlights the continued expansion of the UK solar market, as developers ramp up investment in large-scale renewable energy projects to meet growing electricity demand and decarbonization targets. The technical solution combining bifacial modules with tracking mounts is becoming increasingly prevalent in solar power plants, helping to boost energy yield and project economics. The Greencells Group also continues to expand its EPC business scope in Europe, covering solar and battery energy storage projects.

Bifacial modules can receive direct sunlight on the front side as well as reflected irradiance from the ground on the rear side, thereby increasing potential energy collection. Depending on site albedo, tracker height, and tilt strategy, this technology can enhance total annual energy generation. The tracking system improves energy capture throughout the day by maintaining a more optimal module orientation, extending periods of high power output. Combined, these typically result in higher annual energy generation per megawatt of installed capacity compared to deployments using fixed-tilt mounts and monofacial modules.

The Greencells Group's EPC delivery responsibilities include system layout, engineering tolerances, electrical configuration, and on-site construction quality management, ensuring the plant achieves actual operational output at its designed capacity of 71.28MWp. Its scope of work also covers balance-of-plant system optimization, including inverter layout, string design, cable routing, and commissioning plans, to minimize avoidable downtime and energy losses. The commissioning and performance verification phase will ensure that trackers are aligned and controlled as designed, stabilizing power output and reducing yield losses.

Upon project completion, through phased testing, commissioning discipline, and grid connection readiness, the plant will accelerate toward expected performance. Overall, the higher instantaneous and annual energy generation enabled by bifacial and tracking technologies, combined with improvements in actual performance from EPC execution and commissioning, will collectively increase the electricity delivered to the grid by this 71.28MW system.

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