Zendure en Sunergy bundelen hun krachten om slim energiebeheer voor woningen in Nederland te versnellen.
's-HERTOGENBOSCH, Netherlands - Zendure, a global pioneer in plug-and-play energy management systems for homes, has signed a Memorandum of Understanding (MoU) with Sunergy, a leading Dutch supplier of dynamic energy and energy management solutions, to unlock the full potential of dynamic energy pricing through intelligent energy storage solutions for residences.
As the Dutch energy market transitions to more flexible and intelligent energy usage, dynamic energy pricing (DEP) is becoming increasingly common. By linking electricity rates to real-time fluctuations, DEP assists households in optimizing consumption, reducing costs, and maximizing solar energy yields, particularly ahead of the expiration of the net metering scheme in 2027 and the rollout of time-dependent tariffs in 2029. In this context, Zendure and Sunergy are combining advanced energy storage technology with local expertise in dynamic pricing and energy management to support smarter energy usage in the Netherlands.
This partnership marks a significant step in Zendure's local strategy in the Netherlands. The company is evolving from a hardware provider to a comprehensive energy partner that integrates smart storage, energy use cases, and insights into the local ecosystem. With the support of local partner Natec, both parties will enhance local storage, logistics, technical support, and distribution efficiency, thereby improving overall responsiveness and service delivery in the Dutch market. "Dynamic contracts require smart storage to unlock real value for solar energy users," said Bryan, CEO of Zendure. "Together with Sunergy, we help Dutch households make every kilowatt-hour more valuable by turning storage into an active energy asset."
At the core of the collaboration is Zendure's SolarFlow 2400 AC+, designed to seamlessly integrate with existing photovoltaic (PV) systems. Featuring an AC-coupled plug-and-play design, bi-directional output of up to 2400 W, and expandable capacity ranging from 2.4 kWh to 16.8 kWh, it provides a flexible and scalable storage solution. Leveraging AI-driven energy management (ZENKI 2.0 and HEMS 2.0), the system automatically shifts energy consumption between low and high-price periods, maximizing self-consumption, reducing electricity costs, and improving ROI for households with solar panels in dynamic pricing environments.
Sunergy brings a strong advantage for early adopters in the Dutch dynamic pricing market, with deep insights into local consumer behavior, pricing mechanisms, and energy trends. "Dutch households with solar panels want higher self-consumption and greater energy independence before the net metering scheme ends," said Vincent van Rozendaal, founder and CCO of Sunergy. "Together with Zendure, we deliver a complete solution that combines local expertise with innovation." In addition to co-marketing, the partnership lays the groundwork for long-term collaboration, including pilot programs, co-branding campaigns, data-driven case studies, and comprehensive distribution. Together, Zendure and Sunergy highlight a clear shift: energy storage is evolving from backup power to a proactive tool for optimizing energy usage in the era of dynamic pricing, enabling households to save more and get more from every kilowatt-hour.
Zendure, founded in 2017, is a global pioneer of plug-in home energy management systems and is based in technology hubs such as Silicon Valley, USA, the Greater Bay Area in China, Japan, and Germany. Zendure's mission is to deliver reliable and affordable clean energy to homes by developing the latest energy technologies. Its revolutionary SolarFlow balcony energy storage system transforms sunlight into a safe, reliable, and resilient energy source for everyday life.
Sunergy is a Dutch energy supplier for solar panel owners and is the driving force behind SlimmeRik, a brand-independent energy management platform that helps households optimize their energy consumption and achieve greater energy independence.