Storcube Residential Large-Capacity Energy Storage Series

Residential DC Microgrid System is an advanced direct current power network tailored for household applications. It seamlessly combines solar photovoltaic (PV) systems, energy storage solutions, and DC powered devices to enhance clean energy utilization, ensure energy independence, and optimize power management. Unlike conventional AC grids, the DC microgrid is built around direct current, significantly reducing energy losses from AC/DC conversions. This design delivers superior efficiency and adaptability, making it a cutting-edge solution for sustainable and efficient energy systems.

The Storcube household micro-storage system offers a compact, portable energy solution tailored for residential spaces like balconies and terraces. This system seamlessly integrates high-efficiency solar panels, a micro-inverter, and advanced smart lithium battery packs, capturing and storing renewable solar energy, ensuring a clean, sustainable power supply for daily household needs. Ideal for eco-friendly homeowners, Storcube provides an easy, space-saving way to generate and store solar energy, reducing reliance on grid power and promoting green energy use at home.

The Storcube S230/S300, a compact and portable DC power source solution, facilitates charging via photovoltaic and mains supply (Type-C  interface),  catering  to  a  diverse  array  of low-power DC devices. Outfitted with an extensive range of interfaces, it powers devices including DC televisions and fans, while also functioning as a mobile power bank for laptop recharging during emergencies.

The Storcube portable energy storage series offers versatile solutions for both indoor and outdoor use. The S1000 stands out with its detachable, stackable battery packs, allowing users to customize power capacity based on specific needs, making it ideal for home backup and outdoor camping. The S2500 model provides a robust, reliable power source with intelligent management through an app, allowing users to monitor and control energy usage easily. Designed for both indoor storage and outdoor activities, the series delivers high battery efficiency, portability, and safety features to support flexible, on-the-go energy needs for various applications.

The Household PVT Heat Pump System combines photovoltaic and thermal (PV/T) technologies in a single module, maximizing energy efficiency for residential use. Designed for easy installation on roofs and walls, it generates electricity from solar energy while using waste heat for household heating, enhancing overall energy utilization. This system provides a sustainable, high-efficiency solution that reduces energy costs and supports eco-friendly living by integrating power generation and heating in one compact, versatile unit. Ideal for homes aiming to optimize solar energy use and reduce reliance on traditional power sources.

The storage battery packs provide efficient energy management with features like peak shaving, self-consumption, and emergency power supply. Equipped with reliable lithium iron phosphate (LFP) batteries, they ensure long-lasting, safe, and efficient energy storage. Ideal for residential use, these battery packs optimize energy consumption, reduce electricity costs, and provide backup power during outages, making them an essential solution for eco-conscious homeowners seeking reliable and sustainable energy storage.

The Distributed Energy Storage Systems (DESS) series offers advanced, scalable energy storage solutions designed for industrial and commercial applications. These systems integrate high-performance lithium iron phosphate (LFP) batteries, a sophisticated battery management system (BMS), and a power conversion system (PCS) for efficient, eco-friendly energy management. DESS supports both grid-connected and off-grid operations, providing reliable backup power, peak shaving, and energy optimization to reduce costs and improve energy efficiency. Ideal for businesses seeking sustainable, flexible energy solutions, DESS enhances energy independence and supports green energy goals.