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In the realms of precision manufacturing and cross-border equipment compatibility, an isolation-type power converter supporting US standard 120/240VAC input to Chinese standard 380VAC output has garnered industry attention. Employing a two-stage AC-DC-AC conversion architecture, this device integrates core technologies including pure sine wave output, frequency and voltage regulation, and multiple protection mechanisms, thereby resolving the persistent challenge of voltage and frequency mismatches in international equipment deployment.

Against the backdrop of surging demand for new energy and industrial power, DC to AC rack-mounted power inverters have emerged as core equipment within the power electronics sector, owing to their exceptional performance and extensive range of applications.

Recently, a high-voltage PWM photovoltaic charge controller featuring a 32-bit high-speed processor and fully IGBT modular design has been officially launched. Covering an ultra-wide voltage range from 96V to 614V, it is specifically engineered for high-power photovoltaic energy storage systems. Through six core technological breakthroughs, this product achieves comprehensive upgrades in power generation efficiency, system stability and service life, establishing itself as a revolutionary innovation in the industrial-grade photovoltaic energy storage sector.

Input voltage: Single-phase 90-280VAC. This wide input voltage range enables the charger to operate stably under diverse grid conditions, enhancing its adaptability and flexibility.
Output voltage: DC 50-750VDC. The broad output voltage range accommodates various battery types and charging requirements.
Output current: 1–60A. The output current can be adjusted according to actual requirements to accommodate different charging scenarios.
Constant power and constant current: With a rated power of 21kW, it maintains constant power and current output throughout the charging process, ensuring precise and efficient charging.

Driven by both the dual carbon goals and the rural revitalisation strategy, a revolutionary device—the solar water pumping inverter—is quietly transforming traditional agriculture and water usage patterns in remote areas by converting solar energy into electricity to power water pumps. Through direct connection of photovoltaic panels to inverter technology, this equipment achieves a direct conversion from sunlight to water flow, emerging as a green new engine for agricultural irrigation in off-grid areas, rural water supply, and livestock watering.

Domestic photovoltaic storage systems: Within residential settings, the system prioritises the use of solar-generated electricity, storing surplus energy in batteries for discharge during night-time or periods of insufficient solar output, thereby achieving energy self-sufficiency. By leveraging peak-off-peak electricity pricing, it reduces electricity expenditure and enhances energy utilisation efficiency.
Industrial energy storage applications: In small-scale manufacturing facilities, the system provides stable power support, mitigating production disruptions caused by voltage fluctuations. By participating in ancillary services within the electricity market, such as frequency regulation and reserve power provision, additional revenue streams can be generated, enhancing project economics.
Outdoor Emergency Power Supply: During natural disasters or emergencies, the system rapidly delivers critical power support to facilitate rescue operations. In mobile medical units and ambulances, it ensures continuous power supply for medical equipment, safeguarding uninterrupted emergency care.

Multifunctional Portable Energy Storage Station: an energy solution combining convenience, efficiency and environmental friendliness. It stores multiple renewable energy sources including solar, wind and diesel generator power, enabling you to enjoy green, sustainable energy anytime, anywhere.

      The multifunctional mobile energy storage station boasts high-efficiency energy conversion and storage capabilities. Whether for outdoor adventures, camping, picnics, or as a household emergency backup, it provides stable power support. It can charge your mobile phones, tablets, laptops, and other devices. A waterproof outer case is also available, ensuring reliable operation in harsh environments.

The new generation of high-voltage MPPT photovoltaic controllers is specifically designed for large-scale ground-mounted power stations, commercial and industrial rooftops, and energy storage systems. With 99.9% tracking efficiency, 98% circuit conversion efficiency, and wide voltage compatibility, it maximises returns on green energy investments.

In outdoor settings, IP54 Outdoor Pure Sine Wave Inverter must withstand extreme environmental challenges such as high temperatures, humidity, salt spray and ultraviolet radiation. The case where a unit, despite its casing developing a patina after three years of service, continues to deliver stable power supply stands as vivid proof of its rugged reliability.

In the field of new energy electric vehicles, the power frequency isolated vehicle-mounted inverter serves as a core power conversion component, undertaking the critical task of converting direct current from the traction battery into alternating current. Its compact size and resistance to vibration and shock make it the preferred solution for vehicle power supply systems.