Revolutionary LUNA2000-215 Series aims to transform commercial and industrial energy systems in Africa
Huawei Nigeria Digital Power has officially launched its groundbreaking energy storage innovation, the LUNA2000-215 Series, heralded as the world’s first commercial and industrial (C&I) energy storage system to combine both air and liquid cooling technologies. The launch marks a major milestone in Nigeria’s renewable energy journey and promises to reshape the region’s commercial energy infrastructure.
The event, held in Lagos, brought together key industry partners, stakeholders, and energy sector leaders. It showcased Huawei's strategic commitment to addressing the persistent energy challenges faced by businesses across Nigeria and beyond.
In a statement released on Saturday, Huawei emphasized the significance of the new FusionSolar C&I LUNA2000-215-2S10 model, a flagship unit of the series. The product boasts enhanced system safety, intelligent management, and optimized applications—setting a new benchmark in the energy storage industry.
A Promising Start in Nigeria's C&I Market
Just weeks after the product’s unveiling, five Nigerian partners have already placed orders for 84 units, reflecting the market’s confidence in the solution’s potential. Huawei’s innovation could not have come at a better time, as businesses continue to grapple with erratic electricity supply, soaring energy costs, and growing interest in solar alternatives.
Cruise Ni, Director of Huawei Nigeria Digital Power Business Department, highlighted the urgency of embracing smarter energy solutions. “We are entering a new era in the C&I energy sector. The LUNA2000-215-2S10 is tailored to meet the specific challenges of Africa’s growing market. This innovation integrates smart air and liquid cooling technologies with world-class safety and energy efficiency systems.”
Four Core Values Behind Huawei’s Innovation
During his keynote address, Mr. Ni elaborated on the four core values that define Huawei’s latest energy storage technology:
- Proactive Safety – Leveraging the Cell-to-Consumption (C2C) Dual-link Safety Architecture, the system offers holistic protection from cell to output, with features like rapid shutdown and fire suppression technologies.
- Premium Quality – Backed by Huawei’s stringent production standards, the series achieves 99.999% inverter availability and holds top-tier safety certifications.
- Higher Profitability – With a round-trip efficiency exceeding 91.3%, businesses can expect improved energy management and extended battery lifespan.
- One-Fits-All Design – Flexible installation and digital integration reduce operational costs and enhance scalability.
Industry Testimonials Highlight Impact and Promise
The launch event featured notable testimonials, including one from Mr. Esan Oladimeji, Head of ICT at the Federal Fire Service, who emphasized the critical role of safety in solar installations. “Safety is the foundation of photovoltaic industry development. No safety, no business,” he said, urging stakeholders to prioritize quality equipment like Huawei’s.
Rensource Energy, one of the event’s key financing partners, introduced tailored financial models—such as leasing and power purchase agreements—to support broader adoption of solar technology across Nigeria.
Meanwhile, Powercell Limited, a Huawei EPC partner, shared real-world successes in deploying Huawei’s solutions in 14 green shopping malls and supermarkets, showcasing their reliability and long-term operational viability.
A Leap Forward for Nigeria’s Renewable Energy Ecosystem
The LUNA2000-215 Series arrives at a time when Nigeria's energy landscape is ripe for transformation. With hybrid cooling technology, enhanced safety protocols, and intelligent integration, Huawei’s innovation is poised to become a cornerstone of commercial energy infrastructure across the continent.
As the C&I energy sector continues to expand, solutions like Huawei’s LUNA2000 series will be essential to delivering cleaner, safer, and more efficient power for businesses striving to overcome Nigeria’s energy supply challenges.