We’re pleased to announce that the naturstroum drive tariff from Enovos is now fully supported within the Smartmaster ecosystem.

As a time-based electricity tariff designed with electric mobility in mind, naturstroum drive offers users the opportunity to shift consumption to more cost-effective hours. With this integration, Smartmaster users in Luxembourg can now take advantage of dynamic pricing as part of their energy setup — whether for EV charging or general home energy management.

Enovos has long been part of the Smartmaster ecosystem, and the inclusion of this specific tariff reflects our ongoing commitment to regional relevance. In Luxembourg, naturstroum drive is widely available and particularly attractive to EV owners looking to optimize when and how they use electricity. By supporting it natively, we’re making it easier for users to manage their energy use efficiently, without needing to change suppliers or modify existing contracts.

Supporting flexibility and simplicity

The Smartmaster platform is built to work with the reality of how people consume energy today — and how they want to manage it in the future. That means not only supporting advanced technologies, but also ensuring compatibility with the most practical and widely used solutions in each market.

The integration of naturstroum drive strengthens our ability to deliver just that: a user-friendly, adaptable ecosystem that reflects real-life needs. As we continue to expand our Dynamic Tariff service across Europe, we’ll keep aligning with trusted providers and familiar services to make smart energy management truly accessible.

More local integrations are on the way — all designed to bring simplicity and control to your daily energy decisions.

Solar energy systems are essential for sustainable energy development, yet they face significant technical challenges, primarily due to voltage fluctuations. These fluctuations can arise from variations in sunlight exposure, temperature changes, and grid instability, leading to potential under or overvoltage conditions. Such scenarios can severely impact the performance and lifespan of solar inverters, which are critical for converting the direct current (DC) generated by solar panels into the alternating current (AC) used by home appliances and for grid distribution.

Solar inverters are designed to protect themselves and connected devices by shutting down during voltage fluctuations. While this is a safety feature, it also interrupts electricity production, thereby reducing the system’s overall operational efficiency. The frequent disconnections not only affect the reliability of the solar energy output but also contribute to wear and tear on the equipment.

Addressing these challenges, a new smart service has been developed specifically to monitor and manage voltage levels continuously. This innovative solution actively detects any voltage anomalies and adjusts the system operations to prevent inverter disconnections. By ensuring that the inverters operate within safe voltage parameters, the service enhances the reliability and efficiency of the entire solar system.

For solar installers, this technology serves as a significant selling point. Being able to offer a system that maintains consistent operation and protects against common electrical issues makes the solar installations more appealing. It assures customers that the systems are not only safe and efficient but also less likely to incur maintenance issues over time. This reliability can greatly enhance customer satisfaction and trust in both the technology and the installer, positioning these advanced systems as a smart investment in the growing renewable energy market.