Engineered for 12 V DC battery banks, the IVPS 2512 combines proven transformer-based inverter architecture with smart battery charging in a compact form. This unit offers 2.5 kVA (≈2,000 W) of clean AC output, capable of powering lighting, small appliances, and sensitive electronics.
With wide AC input tolerance and fast transfer switching (~15 ms), it maintains reliable power even under grid fluctuations. Its all-in-one design simplifies installation and ensures robust performance in backup or hybrid solar setups, especially where starter loads or surge demand occur.
🔧 Key Features
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Transformer-based low-frequency design for high surge tolerance and durability
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Pure sine wave output ensures compatibility with sensitive equipment
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Wide AC input voltage range (typically 90–280 VAC) for dealing with unstable grid conditions
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Fast transfer switching (~15 ms) to ultra-stable power delivery
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Adjustable charging current (model-specific range, e.g. up to ~40 A) for different battery types
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LCD display interface for system configuration and real-time status
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Parallel-capable design for expandable power systems
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Comprehensive protection suite: overload, short circuit, over-voltage, under-voltage, over-temperature, reverse polarity protection
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Quiet and efficient thermal management with active cooling
📊 Technical Specifications
Specification | Details |
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Model | IVPS 2512 |
Rated Output Power | 2.5 kVA (approx. 2,000 W) |
DC Input Voltage | 12 V |
AC Output Voltage | 220–230 VAC (pure sine wave) |
AC Input Voltage Range | 90–280 VAC |
Transfer Time (AC/DC) | Approx. 15 ms |
Maximum Charging Current | Model-specific (e.g., up to ~40 A) |
Efficiency (Line Mode) | ≥ 95% |
Display | LCD screen with buttons |
Parallel Operation | Supported |
Protection Features | Overload, Short‑Circuit, Over‑Charge, Over‑Temp, Low/High Voltage, Reverse Polarity |
Operating Temperature | 0 °C – 40 °C |
Storage Temperature Range | −15 °C – 60 °C |
Weight & Dimensions | Compact design for 12 V; approx. 20–25 kg |
✅ Recommended Applications
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Compact backup power for homes, offices, or cabins
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Solar-hybrid systems using 12 V battery banks
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Light-commercial setups requiring surge support
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Off-grid or grid-fluctuation environments needing clean, stable AC power
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Expandable installations using multiple units in parallel
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