Powering the remote frontier with a high-capacity pure sine wave inverter

The MEAN WELL NTN-5K is a high-capacity 5,000W pure sine wave inverter that converts 48VDC input into regulated 230VAC output. The device is available now from Sunpower Electronics.

Designed for off-grid, industrial, and backup applications, it provides integrated MPPT solar charging, system logic control, and flexible communication protocols.

With automatic tank/grid switching and support for CANBus and RS-232, it is ideal for demanding environments that need consistent and intelligent power delivery.

NTN-5K Key Features Include:

• 5,000W continuous pure sine wave output
• 48VDC input to 230VAC output
• Built-in MPPT solar charger
• Grid and Tank mode auto switching
• Programmable logic with timer function
• Temperature-controlled fan and built-in protections
• RS-232 and CANBus communication support
• Certified to EN/UL/IEC 62368-1 standards

The series blends high capacity and reliability to overcome power challenges in remote settings. With a foundation in the NTS/NTU line, this latest model offers a comprehensive, all-in-one power system that combines AC/DC charging, DC/AC inversion, and AC bypass functionality, creating UPS capability in a compact design.

The series inverter is tailored for remote use with a built-in 4520W AC/DC charger, providing for a rapid battery charging capability that incorporates seamlessly with external energy sources, including solar panels. By supporting MPPT charger input, it can operate efficiently with renewable energy, facilitating the possibility of a sustainable, independent power system even in the most challenging environments.

With modular scalability up to 30kW, the NTN-5K ensures that operations are not only uninterrupted but also adaptable as energy demands grow, providing users the versatility needed for different operational needs. Its AC bypass function offers extra reliability by allowing the inverter to seamlessly switch to an alternative power source if required, ensuring continuous power availability across various operational requirements.