Anker Solix X1-H5K-S Power Module (Inverter)

Anker Solix X1-H5K-S 5kW Power Module

The Anker Solix X1-H5K-S Power Module is a compact, high-performance hybrid inverter designed to deliver efficient and reliable solar power conversion for residential and small commercial systems. Built with precision engineering and advanced MPPT technology, it maximises solar generation while maintaining long-term stability and ease of installation.

With a maximum DC input of 10kW and dual independent MPPT trackers, the X1-H5K-S offers excellent flexibility for complex roof layouts and varying string configurations. Its wide MPPT voltage range (80–550V) and 600V maximum input voltage ensure optimal energy harvest across changing sunlight conditions. At just 15cm deep and 19kg in weight, it’s one of the slimmest and most installer-friendly designs in its class.

Designed for durability and performance, the X1-H5K-S features IP66 weather protection, quiet operation, and an efficiency rating of up to 96.7%. Anker’s intuitive Solix app makes monitoring and setup fast and simple, allowing homeowners to take full control of their solar system. Backed by a 10-year warranty and full technical support, the Solix X1-H5K-S is a dependable choice for high-quality solar installations.

Main Features

• Rated output power: 5,000 W
• Max DC input power: 10,000 W
• Max AC output (5 min): 5,500 W
• Dual MPPTs with wide voltage range (80–550 VDC)
• Max input voltage: 600 VDC
• Startup voltage: 75 VDC
• Max DC current: 16 A
• High conversion efficiency: 96.7% (European efficiency)
• Transformerless design for lightweight, efficient operation
• Integrated DC switch and MC4 connectors
• Ultra-slim 15 cm design, weight: 19 kg
• IP66-rated for outdoor installation
• Quiet operation and easy installation
• 10-year standard warranty

Compact, efficient, and built to perform, the Anker Solix X1-H5K-S Power Module delivers the next generation of smart solar energy conversion—ideal for homes and small businesses seeking reliability, simplicity, and high energy yield.