Off grid inverter with ATS function

Aohai off-grid inverter is designed with a dedicated generator port, allowing for the seamless integration of an optional power source directly from a generator. This innovative feature ensures continuous and reliable electricity supply to your loads, eliminating the need for an external Automatic Transfer Switch (ATS) breaker.

Key Benefits:

• Continuous Power Supply: The integrated generator port ensures that your critical loads remain powered without interruption, providing peace of mind during power outages.
• Simplified Installation: By incorporating the generator connection directly into the inverter, the system reduces the complexity and cost of installation, as there is no need for an external ATS breaker.
• Enhanced Reliability: The inverter automatically manages the transition between the main power source and the generator, ensuring a smooth and uninterrupted flow of electricity.
• Cost-Effective Solution: This design eliminates the additional expense and space requirements associated with traditional ATS breakers, offering a more streamlined and economical approach to backup power.
• User-Friendly Operation: The system is designed for ease of use, with intuitive controls that make managing your power sources straightforward and accessible.

Experience uninterrupted power and simplified energy management with the Aohai off-grid inverter, engineered to keep your essential devices running smoothly, even when grid power is unavailable.

Some inverters come equipped with a DC output, which is less common but highly beneficial for powering direct current (DC) loads. Typically, AC power systems are designed to handle up to three times the nominal voltage from inductive loads for brief periods, such as 10 seconds, to accommodate the initial surge when these loads start up.

Key Advantages of Inverters with DC Output:

• Direct Compatibility: These inverters provide a direct DC output, which is ideal for powering appliances and devices that require DC power, eliminating the need for additional conversion equipment.
• Energy Efficiency: By avoiding the AC-to-DC conversion step, these systems offer higher overall efficiency, reducing energy loss and improving the performance of DC-powered devices.
• Versatility: They are suitable for a range of applications, including solar-powered systems, electric vehicles, and other environments where direct current is preferred or necessary.
• Reduced Complexity: The direct DC output simplifies system architecture, making it easier to manage and maintain, especially in scenarios where AC-to-DC conversion would otherwise be required.

Outstanding features for AC Loads:

• Robust Surge Handling: Traditional AC inverters are engineered to support up to three times the rated voltage for short durations, typically 10 seconds, to handle the inrush current from inductive loads like motors and transformers.
• Reliable Performance: This capability ensures that the inverter can manage the initial power demand spikes without tripping or causing damage, providing stable power to sensitive or heavy-duty equipment.

Whether you require a system tailored for DC loads or need the robustness of an AC inverter capable of handling significant surges, our inverters are designed to meet diverse power needs efficiently and reliably, more interest do contact: [email protected]

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