Zendure Unveils Enhanced Home Energy Management and E-Mobility Solutions at IFA 2025
Zendure Unveils Enhanced Home Energy Management and E-Mobility Solutions at IFA 2025
At the IFA 2025, being held in Berlin from September 5 to 9, Zendure, a prominent player in solar energy technology, is showcasing its latest innovations in the realm of Home Energy Management Systems (HEMS) and electric mobility. The company has expanded its cutting-edge ZEN+ HEMS, integrating advanced features aimed at optimizing energy consumption and enhancing user control.
Enhanced Smart Energy Management
The latest iteration of the ZEN+ Home Energy Management System incorporates precise load control and optimized data-driven energy management strategies. Utilizing artificial intelligence, the system forecasts electricity consumption, generation, and pricing, resulting in an impressive 7-22% increase in energy output and up to 42% in cost savings. This adaptive system integrates with dynamic tariffs from over 700 European energy providers, allowing users to tailor their energy plans, which adapt automatically based on real-time data, weather patterns, and individual consumption habits.
New Features of ZEN+ HEMS
One of the significant enhancements to the HEMS is support for intuitive load management. This capability enables seamless operation of solar-powered heat pumps and the charging of electric vehicles, including Tesla cars, during peak solar production times or when tariffs are low. The system can manage 10 smart sockets and 6 storage devices, catering to diverse energy consumption needs in three distinct modes:
1. Zenki Mode: An AI-driven mode that intelligently manages charging and discharging while predicting costs based on energy forecasts.
2. Auto Mode: A user-friendly automatic setting designed for straightforward installations, perfect for those with just one storage device.
3. Expert Mode: Allows for intricate control using meters, plugs, custom schedules, and pricing options, perfect for users who want complete customization.
Additionally, real-time monitoring and analysis features are built into the system, providing users with annual reports and personalized savings advice. The multilingual Smart Energy Robot voice assistant, capable of communicating in German, English, French, and Dutch, helps users navigate their energy usage and optimization strategies with tailored suggestions.
Entering Electric Mobility: The E-Cargo Bike
In conjunction with its HEMS advancements, Zendure is also stepping into the electric mobility market with the introduction of an innovative e-cargo bike. This concept reinforces the company's commitment to sustainable living and bridging energy with transportation solutions. The e-cargo bike is designed for families and adventurers alike, boasting an impressive range of 400 km in Eco mode. Features include fast charging capabilities, an optional solar roof for additional energy generation, NFC access, and integrated 4G GPS for enhanced mobility tracking.
The integration with the ZEN+ Home ecosystem enables the bike to leverage stored solar energy, promoting green transport solutions and encouraging sustainable practices within the community. As the demand for eco-friendly transportation continues to rise, Zendure’s e-cargo bike positions itself as a practical solution for environmentally conscious consumers who prioritize efficiency and sustainability.
Zendure’s Commitment to the Future
Founded in 2017, Zendure operates in Silicon Valley, the Greater Bay Area in China, Japan, and Germany, tirelessly working towards advancing clean energy technologies. The company's mission remains steadfast: to provide reliable and affordable clean energy solutions to households globally. With innovations such as the SolarFlow system that converts sunlight into a resilient and safe power source, Zendure is committed to leading the charge in sustainable energy for everyday life.
For more information about Zendure’s latest offerings at IFA 2025, visit their stand H2.2-209 and discover how smart energy management and electric mobility can transform energy consumption and transportation.