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MSI has introduced the EZgo portable Level 2 EV charger to the US market, according to The EV Report. The product is designed for portable charging applications. No pricing, power output or availability details were disclosed in the excerpt.

Why it matters: A new portable Level 2 charger option may interest fleet operators and site hosts seeking flexible charging infrastructure without fixed installation costs. The product's specifications and commercial availability will determine its relevance to procurement pipelines.

MSI has introduced an Easter promotional offer on EV chargers in Australia, timed to coincide with rising petrol prices that are accelerating consumer interest in electric vehicles. The campaign targets Australian households considering the switch to electric mobility. The announcement was distributed via Medianet News Hub.

Why it matters: Retail promotions tied to fuel price volatility signal growing mainstream demand for home charging infrastructure, potentially expanding the addressable market for residential installation contractors and equipment suppliers in Australia.

Sierra Hawthorn, a 241-apartment building in Melbourne, launched on 18 March 2026 with 252 electric vehicle charge points supplied by NOX Energy, making it Australia's largest EV-enabled building. Each residential apartment has a dedicated 10A/2.4kW charge point in its parking space, while five commercial tenancies share 10 Intelligent Power Sockets and one 22kW MSI charger. The NOX Energy system uses smart load management to distribute power across the building without major infrastructure upgrades, with usage-based billing managed through the NOX Energy platform.

Why it matters: The project demonstrates a scalable model for retrofitting multi-dwelling units with EV charging infrastructure without costly electrical overhauls, addressing a major barrier to EV adoption in Australia's apartment market. For CPOs and property developers, the smart load management approach offers a template for large-scale residential charging deployments that avoid grid capacity constraints.