Daily Maintenance Content of Fully Automatic Generators

A fully automatic generator is a power generation system that can monitor the mains electricity in real time, automatically start and supply power when there is a mains power issue, and automatically switch back and shut down when the mains power is restored.

 

I. Features of Fully Automatic Generators

A fully automatic generator is an intelligent backup power system. It can automatically start and switch power supply when the mains power is interrupted, and automatically switch back and shut down to cool once the mains power is restored, all without human intervention, providing continuous power supply without the need for on-site personnel.

 

II. Huaquan Power is a professional fully automatic generators manufacturer in China

Huaquan Power Company was founded in 2010, and its business spans multiple fields including power generation equipment, new energy storage equipment, high and low voltage complete sets of equipment, and power engineering. The company has established three major brands: "HQ-POWER," "HUAQUAN," and "Huaquan." Currently, the company has developed into a strong global brand in the power industry, with cumulative global sales exceeding 1 million units.

Huaquan Power, a professional fully automatic generators manufacturer in China, has modern production facilities and production lines, with the capability for mass delivery, effectively controlling costs and ensuring delivery times. The company has established a wide-reaching sales and service network, providing rapid on-site responses so that users can have peace of mind.

 

III. Advantages of Fully Automatic Generators

1. Fully Automated: Automatically starts and switches power supply during mains failures; switches back to mains and shuts down automatically once power is restored, requiring no manual operation throughout.

2. Fast and Reliable Response: Fully automatic generators typically resume power supply within seconds, minimizing the impact of power outages.

3. Labor Cost Savings: No need for personnel to stand by for startup and switching, reducing operational and maintenance burden.

4. Intelligent Protection and Monitoring: Fully automatic generators have self-diagnosis and protection features, with high-end models supporting remote monitoring and management.

5. Enhanced Safety Assurance: Prevents delays or errors caused by manual operation, ensuring continuous power supply for critical locations such as hospitals, data centers, and production lines.

 

Routine Maintenance for Fully Automatic Generators

IV. Daily/Weekly Basic Inspection of Fully Automatic Generators

1. Environment and Appearance: Keep the area around the fully automatic generator clean and free of debris, ensuring the air intake and exhaust vents are unobstructed.

2. Key Fluid Level Checks for the Fully Automatic Generator:

- Engine Oil: Check with the dipstick to ensure the level is within the normal range.

- Coolant: Inspect the expansion tank and refill promptly if it is insufficient.

- Fuel: Ensure the fuel tank is sufficiently full and check that the fuel is clear.

3. Electrical Core:

- Battery: Check that the generator's battery terminals are tight and free of corrosion, measure the voltage (usually should be ≥12.6V), and charge or replace immediately if the power is insufficient.

- Control Panel: Check for any historical alarm messages and ensure indicator lights are functioning normally.

4. Leakage Check: Visually inspect the fully automatic generator and its piping for any signs of oil or water leakage.

 

V. Regular Professional Maintenance of Fully Automatic Generators

1. Engine Oil and Filter Replacement: Replace after the first 50 hours of operation for a fully automatic generator, and thereafter every 200-500 hours of operation or at least once a year.

2. Fuel Filter Replacement: Replace every 200-500 hours to ensure the cleanliness of the fuel injection system.

3. Air Filter Maintenance: Clean or replace every 500-1000 hours, depending on the dust conditions of the environment.

4. Cooling System Maintenance: Check or replace the coolant every 1-2 years for fully automatic generators to prevent corrosion and a decrease in boiling point.

5. Belt Inspection: Check the tension and wear of fan and alternator belts every 500 hours.

 

VI. Q&A on Fully Automatic Generators

1. Do fully automatic generators need regular testing?

Yes. Power outages should be simulated every month to test whether the automatic start and transfer functions are working properly.

2. What should be considered when selecting a fully automatic generator?

Ensure the power is sufficient, pay attention to ATS switching time, the reliability of the control system, and the after-sales service capability of the manufacturer.

3. What are the core components of a fully automatic generator?

The generator set, automatic transfer switch (ATS), and intelligent control system.

 

VII. Application Areas of Fully Automatic Generators

1. Key Public Facilities: hospitals, data centers, command centers, communication hubs.

2. Commercial and Financial: fully automatic generators are used in large bank data centers, stock exchanges, high-end hotels, and large commercial complexes.

3. Industrial Production: continuous production lines, precision manufacturing workshops, and chemical safety processes.

4. Infrastructure: fully automatic generators are used in support systems for airports, subways, tunnels, and broadcasting centers.

5. High-end Buildings: intelligent office buildings and high-end residential buildings for fire protection, elevators, and security systems.

 

Fully automatic generators are not just backup power sources; they are "power insurance" to ensure life safety, data integrity, continuous production, and business operations. Users should choose a suitable fully automatic generator based on their specific operational needs.

More information about Fully automatic generator: https://huaquanpower.com/