
News
On 22 April 2026, i2 Energy Sdn. Bhd. participated in the Huawei C&I BESS Key Account (KA) Workshop and Showroom Tour held at Exchange 106, Tun Razak Exchange.
The session provided valuable exposure to Huawei’s latest advancements in Commercial & Industrial (C&I) battery energy storage systems (BESS), alongside practical tools for system optimisation and deployment.
The workshop began with opening remarks followed by an exclusive guided tour of Huawei’s TRX showroom, offering insights into their integrated smart energy ecosystem.
Participants were then introduced to Huawei’s C&I BESS solutions, focusing on key differentiators such as system efficiency, scalability, and intelligent energy management.
Huawei’s BESS technologies are designed to help businesses optimise energy consumption, manage peak demand, and improve operational efficiency; key factors in reducing electricity costs and supporting the broader energy transition.
A key highlight of the session was the introduction of Huawei’s peak shaving calculation tools.
These tools demonstrated how businesses can:
The session concluded with a hands-on discussion and Q&A, allowing participants to explore real-world applications and clarify technical considerations for implementation.
Beyond the technical learning, the workshop served as a platform for collaboration and knowledge exchange between i2 Energy and Huawei.
As the industry continues shifting toward integrated energy systems, combining solar PV, energy storage, and intelligent controls, such engagements play a critical role in staying aligned with evolving technologies and market expectations.
Looking Ahead
Participation in workshops like this reinforces i2 Energy’s commitment to delivering forward-thinking, infrastructure-grade energy solutions.
By continuously strengthening technical expertise and staying closely connected with global technology leaders, i2 Energy remains well-positioned to support clients in navigating the next phase of the energy transition; where intelligent energy management and storage will be key drivers of long-term performance and sustainability.
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