Easy Solar Kit, which integrates PV module, microinverter, DIY bracket and cables, is designed for a variety of applications, can be installed on balcony, garden, flat roof and even wall.

This integrated PV and storage solution combines solar input and energy storage in a single system, making it ideal for both upgrading existing grid-tied PV systems and integrating with microinverters for new installations. The system is equipped with high-cycle 314Ah large cells to ensure long-term consistency and durability. A key technical advantage is the intelligent battery optimizer technology, which allows for the mixing of new and old batteries, effectively solving matching issues while enhancing system safety and service life. Additionally, it supports smart energy management modes like Self-Consumption and TOU scheduling to maximize energy efficiency and cost savings.

The hybrid microinverter integrates grid-tied, off-grid, and energy storage functions within a single architecture. Installed between PV modules and the battery, it stores surplus solar energy and releases it on demand, enabling new PV applications. It supports multi-unit parallel operation in both single-phase and three-phase configurations for flexible capacity expansion. Additionally, the system incorporates smart energy management modes—including Self-Consumption, TOU scheduling, and Dynamic Tariff response—to maximize overall energy utilization efficiency. With PV and battery inputs ≤60V, the system operates entirely within the extra-low-voltage (ELV) range, eliminating the need for DC combiner boxes, AFCI, or RSD devices. Independent MPPT per module ensures maximum power extraction and optimal performance.

This AC-coupled storage solution is designed for upgrading existing grid-tied PV systems and integrating with microinverters in new installations. The system supports multi-unit parallel operation across single-phase and three-phase configurations for flexible capacity expansion. It is equipped with high-cycle 314Ah large cells to ensure system consistency and durability. A key technical feature is the integrated battery optimizer technology, which allows for the mixing of new and old batteries—eliminating matching issues while enhancing system safety and lifespan. To optimize energy utilization, the solution supports smart management modes including Self-Consumption, TOU scheduling, and Dynamic Tariff response.

This integrated PV and storage solution combines solar input and battery storage, specifically designed for new installations. The system features high-durability 314Ah large cells and intelligent battery optimizer technology, which allows for the mixing of new and old batteries while ensuring system safety and performance consistency. It supports multi-unit parallel operation in both single-phase and three-phase configurations for flexible capacity expansion. Additionally, the system incorporates smart energy management modes—including Self-Consumption, TOU scheduling, and Dynamic Tariff response—to maximize overall energy utilization efficiency.

The microinverter integrated with RS485 and a Data Transfer Unit (DTU) constitutes a solar system solution tailored for commercial and industrial rooftop applications. The microinverter performs the conversion of direct current (DC) to alternating current (AC), while the DTU establishes connectivity with up to 64 microinverters via RS485, facilitating data upload to a server. Concurrently, the DTU interfaces with an electricity meter to acquire grid-side parameters, enabling automatic adjustment of system output power. Additionally, it is capable of receiving external scheduling commands and correspondingly regulating the system’s power output.

The system supports direct connection of up to 9 microinverters (<30 kW total capacity). Each unit performs module-level DC-to-AC conversion, improving safety and reliability. The low-voltage DC architecture removes the need for AFCI, DC combiner boxes, or RSD devices, simplifying installation and reducing system complexity. RS485 communication over the DC side ensures stable monitoring and control. Designed for safer and more efficient rooftop PV deployment.