Product Search
Find the right transformer for your needs
Images are for illustration purposes only
Low Frequency Power Inverters — 48V DC to AC Pure Sine Wave
Low-frequency power inverters convert 48V (or 24V) DC battery power to 220/230V AC with an isolation transformer, providing pure sine wave output and high surge capacity for motors and inductive loads. Rated 1–10 kW for off-grid and backup power.
Key Features
Low-frequency transformer-based design
Pure sine wave output
48V/24V DC input, 220/230V AC output
High surge capacity for motor starting
Galvanic isolation via output transformer
1–10 kW for off-grid and backup
Applications
- Off-grid solar backup
- 48V battery systems
- Remote and mobile power
- Motor and inductive loads
Selection Guide
Input voltage
Match the 48V/24V battery bank voltage.
Surge
Confirm surge capacity for motor and inductive starting loads.
- Frequently Asked Questions
What is a low-frequency inverter?
A low-frequency inverter uses a transformer-based design giving pure sine wave output and high surge capacity, suited to motor and inductive loads from 48V battery banks.
Why low-frequency over high-frequency?
Low-frequency inverters handle high surge (motor starting) currents and inductive loads better than high-frequency designs.
Instant Selection & Quote Calculator
Select your specifications to get an estimated price instantly.
| Base price (interpolation) | $116 |
| × Product factor | ×1.0000 |
| × Country factor | ×1.0000 |
| × Copper-linked factor | ×1.0000 |
| + Options / accessories | $0 |
Complete equipment — no winding copper linkage
Reference prices are for estimation only and do not constitute a formal offer.
We will reply with your latest quote instantly.
Related Engineering Calculators
Free sizing and pricing tools for this product category.