Hanchu 6.0K Three-Phase Hybrid

Each and every one of our meticulously crafted Hanchu Controllers is accompanied by a comprehensive 12-year manufacturer’s warranty. This warranty stands as a testament to our commitment to quality craftsmanship and durability, ensuring that you can rely on the performance and longevity of our products with absolute confidence.

The Hanchu range is protected for over 12 years, providing you with peace of mind and unwavering support throughout the life of the system.

Introducing the Hanchu hybrid system, complete with Free Advanced Monitoring, designed to offer unparalleled insight into your energy setup. This comprehensive monitoring system goes beyond just scratching the surface, providing you with an abundance of information to truly understand your system’s performance.

The platform offers a detailed overview of your system’s performance on a daily, weekly, and monthly basis, allowing you to track its efficiency and output over time.

With the Hanchu monitoring platform, you have the power to effortlessly adjust settings such as charge rates, optimizing your system’s performance to suit your specific needs. Additionally, you gain access to a range of exceptional free programs tailored to enhance your energy usage experience.

Accessing the Hanchu monitoring features is convenient and flexible, with options to view via a web portal on laptops and PCs, or through a dedicated Mobile App designed for smartphones and tablets. Stay connected and informed about your energy system’s performance, wherever you are.

The latest update to the Hanchu range introduces an innovative addition: advanced weather compensation. With this new feature, customers can now finely tune their Hanchu controller and battery charging schedules based on the forecasted weather conditions in their local area for the following day.

This functionality empowers you, the customer, to program your battery system to charge optimally during nighttime hours, aligning with the anticipated weather patterns. By leveraging tomorrow’s forecast, you can ensure that your battery operates at its peak efficiency, ultimately resulting in significant cost savings and maximizing the return on your investment in the Hanchu range.

The latest energy providers are introducing a groundbreaking offer: remarkably inexpensive renewable electricity during off-peak hours. With this new development, users of the Hanchu range will have the opportunity to optimize their energy consumption strategy.

By programming their devices to leverage these cost-effective off-peak tariffs, they can efficiently charge their batteries during times of low demand. Later, when electricity prices surge during peak hours, they can tap into the stored energy, effectively minimizing expenses while maximizing sustainability. This innovative approach not only empowers consumers to save on their energy bills but also contributes significantly to the utilization of renewable energy sources, fostering a greener and more sustainable future.

The rate at which your batteries charge is incredibly significant, as it directly impacts their ability to store power effectively. This means that a higher charge rate allows for quicker and more efficient replenishment of energy reserves. Moreover, it influences the amount of solar energy your system can harness, determining how swiftly you can accumulate power from renewable sources. On the other hand, the discharge rate is equally crucial, as it indicates how effectively your system can support the load solely on battery power when solar energy is unavailable.

In the specific case of the Hanchu 6.0K 3 Phase Hybrid system, both the charge and discharge rates are configured to operate at 6000 watts. This rate sets the standard for how rapidly energy can be transferred into and out of the batteries, affecting the system’s overall performance and reliability.

It’s important to note that the system utilizes high-voltage batteries interconnected in parallel, allowing for a consistent operational range between 150 volts and 950 volts. This configuration ensures stable and efficient operation within a specified voltage range, optimizing the system’s performance and longevity.