Sigenergy is contributing to a major shift in how industrial energy is managed in the UK by supporting one of the country’s most advanced and space-efficient commercial solar manufacturing projects at Numatic International’s facility in Somerset. This project reflects a growing move toward smarter, cleaner and more resilient energy systems within British manufacturing.In partnership with SunGift Solar and AIKO, Sigenergy has delivered a 1.73MWp solar installation that brings together AI-driven hybrid inverter technology with high-efficiency solar panels.
This combination allows the site to generate more power from a compact footprint while improving overall energy performance.The installation includes 14 Sigenergy 110kW HYA hybrid inverters and 2,672 high-efficiency solar panels distributed across a five-acre area. Although the site is relatively small, the system is designed to maximise energy production.
Once fully operational, it is expected to supply around 20% of Numatic International’s annual electricity consumption. During periods of peak production, solar generation alone may be able to meet up to 100% of the facility’s energy needs.The environmental benefits are significant as well. The project is projected to reduce annual carbon emissions by 266.91 tonnes.
This reduction is comparable to producing approximately 500,000 Henry vacuum cleaners each year using clean energy instead of conventional electricity sources.A key feature of the project is Sigenergy’s HYB hybrid inverter platform. This technology enables businesses to make the most of their self-generated power today while preparing for future shifts toward widespread electrification, large-scale battery storage and AI-optimised energy use.
Unlike traditional AC-coupled systems, every Sigenergy 110kW HYA hybrid inverter is equipped with integrated DC battery connectivity. This makes it easier for manufacturers to add battery storage in the future and take advantage of the company’s intelligent DC-coupled architecture and AI-powered energy management platform.
By being designed for future battery integration, the system gives manufacturers the option to store excess solar energy generated during the day and use it later during periods of high demand or when electricity prices rise in the evening. This not only increases energy resilience but also reduces reliance on the grid and enhances the use of on-site renewable power.
The project also demonstrates how manufacturers working with limited space can still achieve high solar output by using advanced solar modules and intelligent inverter configurations. It highlights how innovative energy technologies can unlock far greater generation potential than traditional systems.Michael Rae, Channel Director UK at Sigenergy, explained that manufacturers are facing mounting pressure to cut energy costs, improve operational resilience and prepare for increasing electrification across their processes.
He noted that this installation showcases how Sigenergy’s hybrid inverter design brings together AI-driven energy management and built-in battery readiness. According to him, this combination allows businesses to maximise their current self-generation capabilities while creating a more adaptable energy infrastructure for the future.
He added that the market is clearly moving toward intelligent energy systems that offer greater efficiency, resilience and long-term control.Steve Whitlock, Finance Director at Numatic International, stated that every business now needs to think seriously about how it will secure its future energy supply. He explained that this investment strengthens Numatic International’s ability to meet its own energy needs and offers a stronger return on capital compared to many other potential investments.
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