WiFi 4kW Hybrid Solar Inverter For 48V Batteries With 80A Charging

Name: WiFi 4kW Hybrid Solar Inverter For 48V Batteries With 80A Charging
Brand: Voltertech Co.,Limited
SKU: INV-4KW-48V-HYB-Q-2
Price: Negotiable USD
Availability: InStock

Product Summary

4kW Hybrid Solar Inverter for 48V Batteries with 80A Charging and WiFi 48V Battery Integration with Local and Remote Monitoring This 4kW hybrid solar inverter is designed for compatible 48V lithium and lead-acid battery systems. It combines battery charging, photovoltaic conversion, backup power ...

Basic Properties

Place of Origin: China

Brand Name: Voltertech

Certification: MSDS

Model Number: INV-4KW-48V-HYB-Q-2

Trading Properties

Minimum Order Quantity: 2 Units

Price: Negotiable

Payment Terms: L/C,T/T,Western Union

Supply Ability: 5000 Sets per Month

Tags:

Dual MPPT Hybrid Solar Inverter

Solar Single Phase Inverter

Single Phase Hybrid Inverter

Product Description

4kW Hybrid Solar Inverter for 48V Batteries with 80A Charging and WiFi

48V Battery Integration with Local and Remote Monitoring

This 4kW hybrid solar inverter is designed for compatible 48V lithium and lead-acid battery systems. It combines battery charging, photovoltaic conversion, backup power management and system monitoring in one wall-mounted unit.

The battery connection operates across a 40–60Vdc range, with 48V listed as the recommended battery platform. Maximum charging and discharging currents are both rated at 80A.

RS485 and CAN interfaces are provided for compatible battery-management communication. LCD, APP, WiFi and LAN access allow installers and system operators to view operating information locally or remotely.

Battery, BMS and Energy Management Features

Flexible 48V Battery Platform

Compatible lithium or lead-acid battery banks can be selected according to required capacity, discharge demand and backup duration.

80A Charging and Discharging

The inverter supports up to 80A of battery charging and 80A of discharging when permitted by the battery and DC installation.

RS485 and CAN Communication

Compatible lithium batteries can exchange operating data with the inverter after the communication protocol and cable definition are confirmed.

Peak and Valley Time Settings

Time-based operating settings can help coordinate battery charging and energy use according to the project’s electricity schedule.

Battery Capacity and Charging-Current Planning

The listed 80A charging capability should not automatically be applied to every battery. The final setting must remain within the battery manufacturer’s permitted charge rate, BMS limit, cable capacity and DC protection rating.

The maximum battery charging voltage is listed as 60Vdc. Battery chemistry, operating voltage and charge settings must be checked before commissioning.

Battery capacity should be selected from average load, required backup duration and usable depth of discharge. Increasing battery capacity may extend operating time but does not increase the inverter’s 4kW output.

The presence of RS485 and CAN ports does not guarantee compatibility with every lithium battery. The supported protocol and cable pin configuration should be confirmed before ordering.

Compatible CT or smart-meter communication can support energy measurement and self-consumption control. Final settings must follow the project design and local connection requirements.

Battery and Monitoring Specifications

Battery Voltage Range	40–60Vdc / 48V Recommended
Battery Compatibility	Lithium and Lead-Acid Batteries
Maximum Charging Voltage	60Vdc
Battery Current	80A Maximum Charging / 80A Maximum Discharging
Battery Management Communication	RS485 / CAN
EMS and Meter Connection	RS485 / Compatible CT or Smart Meter
AC Power Platform	4kW On-Grid Output / 4kW Backup Output / 230Vac
Interface and Monitoring	LCD and APP / WiFi / LAN / Peak and Valley Time Settings
Physical and Operating Data	IP66 / Natural Cooling / ≤29dB / 486 × 528 × 230mm / 23.5kg

Battery voltage, charging current, communication protocol, cable size and protection equipment must be confirmed before commissioning. This page does not replace the battery supplier’s technical instructions.

48V Battery Hybrid Inverter FAQ

Which batteries can be connected?

Compatible lithium and lead-acid batteries operating within the 40–60Vdc range may be used after voltage and current requirements are confirmed.

Can every 48V battery accept 80A charging?

No. Permitted charging current depends on battery capacity, chemistry, BMS rating, cable size and DC protection equipment.

Does RS485 or CAN guarantee BMS compatibility?

No. The inverter and battery must also use a compatible protocol, cable pin definition and communication settings.

Can system information be viewed remotely?

Compatible WiFi or LAN communication can provide application-based monitoring after the network and monitoring platform are configured.

Can battery operation follow different electricity time periods?

The specification includes peak and valley time settings. The final schedule should be configured according to the project’s electricity-use plan.

48V Battery Compatibility Support

This 4kW hybrid solar inverter is suitable for battery distributors, residential installers and system integrators requiring 48V battery compatibility, BMS communication and remote monitoring.

Need to confirm battery voltage, charging current or BMS protocol?

Request a 48V Battery Compatibility Check

Product Details

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