8kVA 48V TAICO Three Phase TK80G-TPM Hybrid Inverter

TAICO TK80G-TPM 48V 8kVA Three Phase Hybrid Inverter – 8kW Solar Power Solution

Product Overview

The TAICO TK80G-TPM 48V 8kVA Three Phase Hybrid Inverter is a powerful and efficient solution designed for medium to large solar power systems. With an output capacity of 8kW, it supports high energy demands while ensuring stable and balanced three-phase power distribution.

This inverter integrates solar panels, battery storage, and grid supply into one intelligent system, allowing seamless switching between power sources. It is ideal for users seeking energy reliability, cost savings, and improved efficiency in both residential and commercial applications.

Equipped with a high-capacity MPPT controller, it maximizes solar energy utilization and ensures optimal performance even under varying sunlight conditions.

System Design & Configuration

Hybrid Energy System

Combines solar, battery, and grid power for continuous and efficient energy supply.

Power Output

Provides 8kVA (8000W) three-phase output for balanced load handling.

MPPT Solar Controller

Built-in 10,400W MPPT optimizes solar energy harvesting.

Battery Compatibility

Supports 48V battery systems including lithium (LiFePO4), gel, and lead-acid.

Scalability

Supports parallel connection of up to 10 units for system expansion.

Technical Specifications

Key Features

8kVA high power output for demanding applications
Three-phase output for balanced energy distribution
10.4kW MPPT for maximum solar efficiency
Hybrid operation (solar + battery + grid)
48V battery compatibility for flexible systems
Pure sine wave output for sensitive equipment
Expandable system with parallel capability
Wide PV voltage range for flexible installations
High efficiency for reduced energy losses
Smart protection against overload and faults

Applications

Large homes – full backup and energy management
Commercial buildings – offices and shops
Workshops – machinery and equipment power
Farms – irrigation and processing systems
Institutions – schools and clinics
Solar projects – hybrid and off-grid installations

Installation Guidelines

Install in a dry, ventilated indoor space
Ensure proper three-phase wiring setup
Use recommended cable sizes for high loads
Match with 48V battery bank
Allow airflow for cooling
Configure inverter settings during setup

Maintenance & Operation

Keep inverter clean and dust-free
Monitor system via display or app
Inspect wiring and connections regularly
Avoid overloading the system
Ensure proper grounding
Follow service intervals

Best Practices

Recommended

Use lithium batteries for better efficiency
Balance loads across all phases
Install surge protection
Monitor system performance regularly
Use professional installation

Avoid

Overloading one phase
Using incorrect battery voltage
Installing in high humidity areas
Ignoring warning indicators
Loose or undersized wiring

Compatibility

Compatible with:
48V lithium batteries (LiFePO4)
Gel and lead-acid batteries
Three-phase electrical systems
High-voltage solar panel arrays
Energy monitoring systems

Performance Overview

Performance depends on system design, solar input, and battery capacity.

Frequently Asked Questions

Is this inverter suitable for commercial use?
Yes, it is designed for medium to large residential and commercial systems.

Can it run three-phase equipment?
Yes, it supports full three-phase load distribution.

Does it support lithium batteries?
Yes, it is compatible with lithium, gel, and lead-acid batteries.

Can I expand the system?
Yes, up to 10 units can be connected in parallel.

Does it work during power outages?
Yes, it automatically switches to battery and solar supply.

Why Choose This Inverter

High capacity for demanding applications
Efficient solar energy utilization
Reliable hybrid system performance
Scalable for future expansion
Suitable for commercial and residential use
Advanced protection and safety features

Short Description