Core Insights - MARSTEK, a global innovator in energy storage solutions, is participating in Solar Solutions Düsseldorf 2025 to showcase its latest advancements in energy storage and smart charging with the new VENUS products [1][10] Product Highlights - The MARSTEK VENUS G is a stackable 5kW AC-coupled energy storage system (ESS) featuring V-Boost 500V technology, a 10kW bidirectional inverter, ultra-fast backup switching, and modular capacity expansion from 5kWh to 30kWh. It integrates easily with systems like Enphase and SolarEdge, and offers rapid charging at favorable rates [2] - An 11kW three-phase EV AC charger is being developed for the MARS I PLUS system, featuring adaptive load balancing, robust IP54/IK10 protection, and ISO 15118 compatibility for safe and flexible electric vehicle integration [3] - The MARSTEK VENUS D is a plug-in ESS providing 2.5kW of bidirectional power and 3kW peak backup power, with modular expansion from 2.56kWh to 15.36kWh. It utilizes AI forecasting and intelligent grid interaction for efficient energy management [4] Additional Offerings - MARSTEK will also present its balcony ESS range (VENUS A, D, and E with Smartbox) and residential ESS solutions, including the MARS I PLUS three-phase system and the VENUS X [5] - A special launch event will be held on the evening of December 3, showcasing new additions to the VENUS range and the Home Energy Management System (HEMS), which features AI-driven energy optimization, intelligent energy management, remote control, and proactive backup power [6] Company Overview - Founded in 2009, MARSTEK is a global innovator in energy storage, focusing on R&D and production to provide comprehensive solutions. Its portfolio includes residential and balcony energy storage systems, portable power stations, external batteries, and rechargeable cells, aiming to make intelligent and affordable energy accessible to all households [7]
MARSTEK présente ses nouveaux systèmes de stockage d'énergie VENUS à Solar Solutions Düsseldorf 2025
Prnewswire·2025-12-03 09:00