3.2KVA 24V Haus Strom Pure Sine Wave Solar Inverter

The Haus Strom 3.2KVA/24V Pure Sine Wave Solar Inverter is a reliable and efficient power conversion device designed for off-grid solar systems or backup power applications. This inverter converts 24V DC power, typically from a solar battery bank, into AC power that can be used to run household appliances, lights, and other devices. The pure sine wave technology ensures that the inverter provides high-quality, stable, and clean AC power, ideal for powering sensitive electronics.

Key Features of the Haus Strom 3.2KVA/24V Pure Sine Wave Solar Inverter:

1. Power Rating (3.2KVA):

The inverter is rated for 3.2 KVA (3200 VA), which roughly translates to 3200 watts of continuous output power under ideal conditions.

This makes it suitable for moderate power needs, capable of handling small to medium-sized appliances such as lights, small refrigerators, fans, TVs, and other household devices.

It can run multiple devices simultaneously as long as their combined power consumption doesn’t exceed 3200 watts.

2. Input Voltage (24V DC):

The 24V DC input is commonly used in larger solar or off-grid battery systems. This configuration offers a good balance between power efficiency and manageable voltage levels.

A 24V battery bank is typically more efficient than 12V systems for larger installations because it reduces the current and minimizes power loss during transmission. This setup is ideal for powering small homes, cabins, or specific sections of larger off-grid properties.

3. Pure Sine Wave Output:

The inverter produces pure sine wave output, which is the best type of AC power for running sensitive and high-end electronics.

Pure sine wave inverters replicate the smooth, clean waveform of grid electricity, which ensures that devices like computers, audio equipment, medical devices, and appliances are powered safely without risk of damage or interference.

Compared to modified sine wave inverters, pure sine wave inverters provide more stable and efficient power, especially for sensitive electronics.

4. Output Voltage (AC):

The inverter provides 220V/230V AC (standard in most regions around the world like Europe, Asia, and Africa) or 110V/120V AC (for North America). The appropriate model will depend on the regional power standards.

It’s capable of running typical household devices such as lights, small refrigeration units, water pumps, computers, TVs, and other low to moderate power appliances.

5. High Efficiency:

The Haus Strom 3.2KVA/24V inverter is engineered for high efficiency in converting stored DC power (from solar batteries) into usable AC power. The high efficiency helps maximize the use of energy from solar panels and batteries, ensuring longer operation times and better overall performance.

It minimizes energy loss, making it an ideal choice for off-grid solar applications.

6. Built-in Protections:

The inverter is equipped with a range of safety features to protect both the inverter and the connected devices:

Overload Protection: The inverter automatically shuts down if the load exceeds its rated capacity (3200 watts), preventing damage to the unit.

Short Circuit Protection: Prevents damage from short circuits, ensuring safe operation.

Overtemperature Protection: If the inverter overheats, it automatically shuts down to avoid damage.

Low and High Voltage Protection: The inverter will shut down if the input voltage from the battery is too high or too low, helping to protect the inverter from potential damage caused by battery issues.

Low Battery Protection: The inverter will stop working when the battery voltage reaches a low threshold to prevent deep discharge, which can damage the battery.

7. LCD Display & Monitoring:

Some models of the Haus Strom 3.2KVA/24V inverter come with a built-in LCD display that shows real-time data on the system's performance, such as:

Input and output voltage.

Battery charge status.

Load level (how much power is being consumed).

Error and fault indicators.

This allows users to easily monitor the performance of the inverter and battery system, making it easier to troubleshoot and ensure everything is running efficiently.

8. Compact & Durable Design:

The Haus Strom 3.2KVA inverter is designed with a rugged and compact build, suitable for both indoor and outdoor installations (when placed in weather-resistant enclosures).

It is durable enough to withstand the rigors of off-grid use, including exposure to dust, moisture, and varying temperatures.

9. Quiet Operation:

As a pure sine wave inverter, the Haus Strom 3.2KVA runs quietly, unlike modified sine wave inverters that can generate electrical noise or hums, especially when running motor-driven appliances.

This makes it suitable for residential or office environments where quiet operation is preferred.

Applications:

Off-Grid Solar Systems:

Ideal for off-grid solar installations, especially where there is a 24V battery bank. This inverter can convert the stored energy from solar panels into usable AC power, powering essential appliances such as lights, fans, and small refrigerators.

It’s a good choice for homes, cabins, or remote locations that rely on solar energy as their primary power source.

Backup Power Systems:

The Haus Strom 3.2KVA can also be used as part of a backup power system, providing emergency power during grid outages. It’s perfect for homes or small offices that need reliable, uninterrupted power for essential devices like computers, lights, and refrigerators.

Small to Medium Household Power:

For a medium-sized home or office, this inverter can efficiently handle power demands, including lighting, small kitchen appliances, and office equipment, with enough capacity to run several devices simultaneously.

Recreational Use (RVs and Boats):

For RVs, boats, or mobile homes that rely on 24V battery systems, this inverter can provide clean and stable power for basic appliances, electronics, and other equipment while off-grid.

Energy Storage Systems:

It’s also a good choice for solar battery storage systems. If you have a solar power setup with a 24V battery bank, this inverter can efficiently convert stored DC power to AC power, ensuring that stored solar energy is used effectively.