NOVA Series 6500S – 6500W Hybrid Solar Inverter

Overview

The NOVA Series 6500S offers a powerful and adaptable hybrid inverter solution, providing 6500W of continuous power and an impressive surge capacity of up to 13kW. With integrated WiFi monitoring, MPPT solar charging, various charging and load management modes, and optional battery compatibility, this inverter enables you to efficiently manage heavy loads, monitor your system from your smartphone, and expand your setup by connecting up to six units in parallel.

Benefits

• Effortlessly track system status and energy usage from your smartphone to quickly identify and resolve issues, saving you valuable maintenance time.
• Ensure essential devices remain powered during outages or when solar generation is low, making it ideal for heavy-duty appliances and sensitive electronics.
• Reduce battery expenses by utilizing an optional battery setup when energy loads and solar generation are consistent.
• Tailor your energy priorities for charging and output, allowing for optimal solar utilization, grid backup, or combined charging strategies.
• Easily scale your system’s capacity by paralleling up to six units for increased output and flexibility, whether for single-phase, split-phase, or three-phase setups.
• Minimize downtime with features like a replaceable fan and accessible communication ports, enabling straightforward maintenance and upgrades.

Features

• UL certified to meet safety standards.
• RGB status indicators for quick local system checks.
• Integrated WiFi capability with RICH SOLAR app for monitoring and data tracking on Android and iOS devices.
• USB On-The-Go for easy data management.
• Event logging to assist with troubleshooting and performance reviews.
• Reserved port for BMS integration (RS485, CAN-BUS, or RS232).
• Replaceable cooling fan for easy upkeep.
• Battery-independent functionality, operating seamlessly with or without a battery.
• Configurable AC/PV output timers and priority settings for greater control over power usage.
• Adjustable high-power charging current of up to 120A.
• Flexible input voltage ranges suitable for computers and home appliances.
• Works with utility mains or generator inputs.
• Equipped with an anti-dust kit to enhance reliability in dusty environments.
• Optional DC output for powering low-voltage devices like DC fans, LED lights, or routers.
• Support for paralleling up to 6 units to boost output capacity and redundancy.

Specifications

• Model: RS-H6548S
• Rated inverter power: 6500 VA / 6500 W
• Parallel capability: Yes – supports up to 6 units
• Input
  • Nominal voltage: 120 VAC
  • Selectable voltage range: 90–140 VAC (for computers); 80–140 VAC (for home appliances)
  • Frequency: 50 Hz / 60 Hz (auto sensing)
• Output
  • AC voltage regulation (battery mode): 120 VAC ± 5%
  • Surge power: 13,000 VA
  • Peak efficiency: 91%
  • Transfer time: 10 ms (computers), 20 ms (home appliances)
  • Waveform: Pure sine wave
  • No-load power consumption: < 75 W
  • DC output: 12 VDC ± 5%, 100 W (optional)
• Battery
  • Battery nominal voltage: 48 VDC
  • Float charging voltage: 54 VDC
  • Overcharge protection: 66 VDC
• Solar charger & AC charger
  • Type: MPPT
  • Maximum PV array power: 8,000 W (4,000 W x 2)
  • MPPT operating voltage range: 90–230 VDC
  • Maximum PV open-circuit voltage: 250 VDC
  • Maximum solar charge current: 120 A
  • Maximum AC charge current: 120 A
  • Maximum total charge current: 120 A
• Physical
  • Dimensions (D x W x H): 6.2 x 19.8 x 20.9 in
  • Net weight: 44 lb
  • Communication interfaces: USB / RS232 / RS485 / WiFi / Dry-contact
• Operating environment
  • Humidity: 5% to 95% RH (non-condensing)
  • Operating temperature: 14°F to 104°F
  • Storage temperature: 5°F to 140°F
• Standards and safety: UL compliance
• Charging and load modes
  • Charging modes: Solar First; Solar & Utility Grid; Only Solar
  • Load output modes: Utility Grid First; Solar First; SBU Priority (Solar > Battery > Utility)
• Protections: Built-in safeguards against overload, over-temperature, short circuit, and BMS integration for safe operation