Eaton Tripp Lite APSWX2K24VMPPT 2000W / 24VDC / 230V Sine Wave Solar Inverter / Charger, 60A MPPT Solar Charge Controller, C13 Outlets, Wired Remote, Hardwire Input / Output

The Eaton Tripp Lite APSWX2K24VMPPT is a professional-grade solar inverter/charger engineered to deliver reliable, network-grade power where uptime matters. Ideal for remote sites, telecom shelters, security and surveillance installations, this hybrid inverter converts 24V DC battery and solar energy into clean 230V AC pure sine wave power (2000W continuous, 4000W peak) to protect sensitive equipment such as servers, routers and CCTV systems. The integrated 60A MPPT solar charge controller intelligently maximizes energy harvest from PV arrays and efficiently manages charging between solar, batteries and the utility grid for optimized performance and reduced energy costs. Automatic source selection provides seamless transitions between utility and battery power, while hardwired connections, C13 receptacles, wired remote and an LCD panel make setup and monitoring straightforward for integrators and facilities teams. Certified to IEC standards and built with multi-layer fault protection, the APSWX2K24VMPPT is a dependable choice for industrial, residential and telecommunications applications. Contact our sales team to configure this Eaton Tripp Lite solar inverter/charger for your next project or order today.

• Reliable continuous backup power (2000W) to keep critical security, surveillance and IT systems running during outages
• Built-in 60A MPPT charge controller maximizes solar harvest and improves battery life for lower operating costs
• Pure sine wave 24V-to-230V conversion protects sensitive electronics such as network, telecom and audio/video equipment
• Automatic source switching and grid-tied/off-grid flexibility reduce downtime and streamline mixed-power installations
• Hardwired design, wired remote and LCD monitoring simplify installation and remote management at telecom and remote sites
• Five-way fault protection and active cooling enhance system safety and long-term reliability in industrial environments