Must 3.6kW 100A 24V MPPT Solar Hybrid Inverter – PV1800 ECO Reliable Off-Grid & Hybrid Power Solution The Must PV1800 ECO 3.6kW Hybrid Inverter is a versatile, multi-function power system that integrates an inverter, MPPT solar charge controller, and battery charger into a compact unit. Designed for off-grid and hybrid applications, it ensures uninterrupted power supply by intelligently managing solar energy, AC utility, and battery storage. With a high PV input voltage capacity (up to 400V/450V/500V), this inverter maximizes solar energy utilization and can even operate without a battery, making it a flexible and cost-effective energy solution. Key Features: Pure Sine Wave Output:   Delivers stable, high-quality power for sensitive electronics. Smart LCD Display:   Allows easy configuration of   working modes, charge current, and voltage settings . Built-in MPPT Solar Charge Controller:   Maximizes solar power conversion efficiency. Wide PV Input Voltage Range:   Supports higher solar voltage for increased flexibility. Battery-Free Operation:   Can supply power to connected loads directly from solar panels. Smart Load Management:   Dual output system for prioritizing critical loads. Advanced Protection:   Overload, short circuit, and deep discharge protection. Cold Start Function:   Allows startup without grid power. Remote Monitoring:   Supports   RS485 and CAN communication   for lithium battery integration. Technical Specifications: Inverter Mode: Rated Power (Main + Second Load):   3600VA / 3600W DC Input Voltage:   24VDC, 135A AC Output Voltage:   230VAC, 50/60Hz, 15.7A Power Factor:   1.0 AC Charger Mode: AC Input Voltage:   230VAC, 50/60Hz, 17.7A DC Output Voltage:   24VDC, 60A Solar Charger Mode: Maximum MPPT Charge Current:   100A MPPT Voltage Range (Typical):   30-320VDC Maximum PV Input Voltage (VOC):   400VDC Maximum PV Input Current:   18A Maximum MPPT Power:   4000W Maximum Charge Current:   100A What’s in the Box: 1 × Must 3.6kW 24V MPPT Hybrid Inverter 1 × User Manual This high-efficiency hybrid inverter is an ideal choice for those looking for a reliable, scalable, and smart solar power solution. High-Performance A-Grade Lithium Battery for Solar & Backup Power The SVOLT 2.71kWh 24V 106Ah Lithium Battery is a high-capacity, energy-efficient solution for solar power storage, UPS systems, and backup energy applications. Manufactured by SVOLT, a global leader in lithium battery technology and part of the Haval Group, this battery utilizes A-Grade lithium iron phosphate (LiFePO4) cells, ensuring exceptional reliability, longevity, and performance. With a cycle life exceeding 6000 cycles, this wall-mounted battery is designed for residential, commercial, and industrial applications, including solar energy storage, renewable energy integration, telecommunications, medical equipment, and electric vehicles. Technical Specifications: Battery Specifications: Nominal Voltage:   25.6V Nominal Capacity:   106Ah Energy Storage:   2.71kWh Battery Chemistry:   Lithium Iron Phosphate (LiFePO4) Installation Type:   Wall-Mounted Energy Density:   High-performance A-Grade cells Case Material:   SPCC BMS Built-in:   No (Requires External BMS) Charge & Discharge Specifications: Max Continuous Charge Current:   100A Recommended Discharge Voltage:   22.4V ± 0.20V Max Discharge Voltage:   21.6V ± 0.20V Max Continuous Discharge Current:   100A Peak Discharge Current:   150A Cycle Life (0.2C, 25°C @ 80% DoD):   >6000 Cycles Physical Specifications: Dimensions:   470mm × 350mm × 155mm Weight:   28kg Terminal Type:   Fast Plug-In & Plug-Out What’s in the Box? 1 × SVOLT 24V 106Ah 2.71kWh A-Grade Lithium Battery 1 × Red (Positive) Battery Cable 1 × Black (Negative) Battery Cable 1 × User Manual Warranty: 1-Year Manufacturer Warranty - INVERTER 5-Year Manufacturer Warranty - BATTERY Warranty & Installation Requirements: Must be   installed by a qualified electrical wireman or master electrician . Valid Certificate of Compliance (COC)   required upon installation. Installation must adhere to   SANS 10142   standards. Warranty claims must include   installation photos, valid COC, and proof of qualified installation .