Shenzhen Kele New Energy Showcases New 500W Household Energy Storage Solution at the 2025 Middle East International Energy Exhibition

On April 7, 2025, at the grand opening of the Middle East Energy (MEE) at the Dubai World Trade Center, Shenzhen Kele New Energy Co., Ltd. (hereafter referred to as Kele New Energy) officially launched its new 500W Household Energy Storage Solution featuring a large single cell. This innovative solution is designed with high power output, low cost, and strong environmental adaptability, specifically targeting the energy needs of regions such as Asia, Africa, and Latin America, to help global households achieve more economical and efficient energy independence.

Technical Breakthrough: Revolutionizing the Large Cell Household Storage Industry

During the exhibition, Jason Lu, the Technical Director of Kele New Energy, was invited to deliver a keynote speech titled “One Cell, One Leap” at the Energy Storage Technology Forum. He emphasized that as the global energy storage market trends towards higher capacity and longer lifespan, large cell technology has become a focal point of industry competition. The newly launched 500W Household Energy Storage Solution successfully achieves voltage conversion from 3.2V to 220V with a power output of 500W from a single cell. This solution realizes a key technological breakthrough in the household energy storage market through a simplified design principle, a single cell system architecture, and innovations in gallium nitride technology. This breakthrough marks a small step for increasing power in single cell solutions and a significant advancement for large cells in household applications.

Additionally, Lu introduced the concept of the Easy Home Energy Storage System (EHESS), a new form of large cell household storage designed for end-users. This system utilizes solar clean energy to provide reliable electricity for homes, aiming to solve issues related to the complex installation and high labor costs of traditional energy storage products. The EHESS features plug-and-play capability, easy installation, and intelligent management, making it accessible for non-professional users and significantly reducing system costs—offering up to a 30% overall cost optimization compared to traditional household storage products.

Product Lineup to Meet Diverse Household Energy Needs

Kele New Energy unveiled its Easy Home Energy Storage series, which includes three models:

• Cola1000Plus: 1 kWh capacity, 500W power output, suitable for basic household appliances.
• Cola2000: 2 kWh capacity, 1050W power output, ideal for medium-sized household loads.
• Cola3600: 3.6 kWh capacity, 2200W power output, capable of supporting multiple household scenarios.

The company also announced that its next technological goal is to achieve a breakthrough of 1000W power output with 1 kWh capacity, laying the groundwork for even more efficient large cell household storage solutions in the future.

Global Expansion to Promote Energy Accessibility for Millions of Households

Peter Zhao, the Marketing Director of Kele New Energy, stated at the event, “Regions like Asia, Africa, and Latin America face challenges such as unstable power grids and high electricity prices. Solar household energy storage systems are a key avenue for enhancing energy accessibility. Through technological innovation and simplified product design, Kele New Energy has managed to keep system costs below 70% of similar products. In the next three years, we plan to expand our reach to over 1 million household users through a distribution network, online and offline marketing, and localized after-sales service in Asia, Africa, and Latin America.”

As a pioneer in new energy innovation, Kele New Energy will continue to deepen its research and development, collaborating with partners to explore new possibilities for energy applications. The company is committed to creating more efficient, reliable, and economical energy storage solutions, promoting the transformation of energy structures, and contributing to the establishment of a sustainable energy ecosystem.