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Safety Operating Procedures for Telecom Generators

Time：2026-01-05 15:27:40 Edit：HuaQuan Traffic Index：10

In the telecommunications field, such as base stations, data centers, and switch rooms, telecom generators are important backup power equipment used to ensure uninterrupted operation of communication devices during mains power outages.

I. Features of Telecom Generator Products
Telecom generators have high-reliability automatic start, quiet and environmentally friendly design, intelligent remote monitoring, long endurance, compatibility with communication equipment, and all-weather operation to ensure uninterrupted network power supply.

II. Huaquan Power is a Professional Telecom Generator Manufacturer in China
Huaquan Company was established in 2010, and its business covers power generation equipment, new energy storage equipment, high and low voltage complete sets of equipment, power engineering, and other fields. The company has developed three major brands: "HQ-POWER," "HUAQUAN," and "Huaquan." Currently, the company has grown into a strong global brand in the power industry, with cumulative sales of over 1 million units worldwide.
Huaquan Power's telecom generator products are highly compatible with the operating conditions of communication base stations and data centers, featuring core functions such as rapid self-start, intelligent grid connection, and remote monitoring, meeting seamless integration requirements for dynamic environment monitoring.
Huaquan Power has modern production bases and large-scale production capabilities, ensuring high-volume, high-quality, and fast delivery to meet the needs of operators for bulk procurement and emergency expansion.

III. Advantages of Telecom Generators
1. Reliable and Automatic Response
Unmanned, automatic switching: After a power outage, the telecom generator can start automatically and supply power within a short time without any manual intervention, ensuring uninterrupted operation of communication equipment.
Industrial-grade durability: Equipped with a heavy-duty diesel engine, it can endure continuous operation for hundreds of hours, meeting the long-term power requirements during emergency repairs.
2. Intelligent Management and Remote Control
Seamless integration with DCIM monitoring: Comes standard with intelligent interfaces, supporting remote monitoring of operational data, fault alerts, and start/stop control.
Intelligent decision-making: The telecom generator continuously monitors parameters such as oil pressure, water temperature, and voltage, providing automatic warnings for potential faults, improving maintenance efficiency.
3. Strong Compatibility
High-precision voltage and frequency stability: Produces high-quality power with stable voltage and frequency, effectively compatible with nonlinear loads like communication equipment switching power supplies, preventing equipment damage.
Flexible parallel expansion: Supports multi-unit parallel operation, providing redundant backup for large data centers and enhancing system fault tolerance.
4. Environmentally Friendly and Quiet Operation
Low-noise design: Telecom generators feature silent enclosures or container-style structures, with noise levels controlled at 65-75 dB (at 7 meters), meeting environmental requirements of residential and urban areas.
All-weather adaptability: High protection rating, resistant to dust and rain, capable of low-temperature starting and high-temperature heat dissipation, suitable for extreme climates.
5. High Efficiency, Energy Saving, and Easy Maintenance
Good fuel economy: Optimized combustion system reduces fuel consumption during long-term operation, lowering maintenance costs.
Modular design: Key components are easy to service and maintain, reducing maintenance difficulty and time costs.

IV. Safety Operating Procedures for Telecom Generators
1. Preparations Before Operating a Telecom Generator
Personnel Qualifications: Operators must be professionally trained, familiar with the equipment’s performance and emergency procedures, and hold the necessary certification.
Safety Checks:
Ensure the area around the telecom generator is free of debris, oil spills, and flammable materials, and that there is good ventilation. Check that engine oil, coolant, and fuel levels are normal, and that there are no leaks in the pipelines. Check the battery charge and that terminal connections are secure and free of corrosion. Confirm that the output switch is in the "OFF" position and that connected devices are ready for load switching.
System Confirmation: Verify that the ATS (Automatic Transfer Switch) is set to "Auto" mode and that communication with the monitoring system is normal.
2. Starting and Operating the Telecom Generator
Manual Start (if needed):
Switch the generator control to "Manual" mode. After starting, run the telecom generator under no load for 1-3 minutes, observing oil pressure, water temperature, voltage, and frequency for normal operation. Once normal, close the output switch and gradually apply load (avoid sudden full load).
Automatic Mode:
Telecom generator should normally be set to "Auto" mode to ensure automatic start and transfer when mains power fails.
Operation Monitoring:
Closely monitor instrument readings (oil pressure, water temperature, voltage, frequency, etc.) to ensure they are within rated ranges. Listen for unusual sounds, smell for abnormal odors, and check for oil or water leaks, or black smoke. Absolutely do not disassemble or repair live components while the telecom generator is running.
3. Shutdown Procedures
Normal Shutdown:
Gradually reduce the load, then run the telecom generator under no load for 3-5 minutes to cool. Switch to "Manual" mode and press the stop button. In emergencies, an immediate stop can be performed, but should only be done if necessary.
After Mains Power Restores:
The telecom generator should continue running until mains power is stable, at which point the ATS automatically switches back to mains supply. The telecom generator will then cool under no load and automatically shut down, resuming "Auto" standby mode.
4. Safety Regulations for Telecom Generator Maintenance and Servicing
Must Stop and Power Off:
Before maintenance, always stop the telecom generator, disconnect the negative terminal of the starting battery, and hang a "Do Not Close" warning tag on the control handle.
Fuel System Safety:
No open flames or smoking when refueling; prevent static electricity and immediately clean up any spills.
Battery Safety:
Wear goggles and gloves to prevent acid burns and short-circuit sparks.
Regular Professional Servicing:
In-depth maintenance (such as injector servicing and valve adjustments) should be performed by professional technical personnel.

V. Questions and Answers on Telecom Generators
1. What is the significance of running telecom generators in parallel?
Multiple telecom generators running in parallel can achieve redundancy (N+1) or power expansion, improving the power supply reliability of large data centers.
2. What should be considered when selecting and installing telecom generators?
① Good ventilation and heat dissipation; ② Foundation bearing capacity and vibration reduction; ③ Convenient access for input and output lines; ④ Keep away from flammable materials; ⑤ Noise impact on the surroundings.
3. Why must telecom generators be able to start quickly?
Communication equipment relies on UPS batteries for short-term power supply. Generators need to start and take on the load within 10-30 seconds to prevent business interruption caused by battery depletion.

VI. Application Scenarios of Telecom Generators
1. Wireless Communication Networks
Mobile Communication Base Stations: Core application scenario. Telecom generators provide backup power to base stations distributed in urban and rural areas, mountainous regions, and along highways, ensuring uninterrupted public mobile communication signals.
2. Wired and Core Networks
Core Data Centers: Telecom generators supply power to core routers, servers, and storage devices of operators and internet companies, serving as the "heart" of the internet.
3. Emergency and Special Communications
Emergency Communication Vehicles/Pods: Vehicle-mounted or trailer generators provide power for temporary on-site communication networks during disaster relief, major events, and other emergencies.
Border, Island, and Remote Area Sites: Telecom generators serve as primary or backup power sources, addressing issues where mains electricity is unavailable or highly unreliable.
4. Critical Social Infrastructure
Financial Data Centers and Trading Centers: Ensure real-time financial transactions and data security.
Traffic Command Centers and Air Traffic Control Systems: Telecom generators guarantee uninterrupted operation of aviation, railway, and urban traffic command and dispatch.
Broadcast Transmission Centers: Ensure safe broadcasting of radio and television signals.
5. Emerging Technology Fields
Edge Computing Nodes: Telecom generators supply power to edge data centers close to users, meeting low-latency requirements for IoT, autonomous driving, and other applications.
Key Smart City Nodes: Such as urban brain command centers and critical security monitoring hubs.

Telecom generators are specifically designed to ensure the uninterrupted operation of critical communication services. Their core application scenarios cover all communication and digital infrastructure requiring high power supply reliability. Users should select the appropriate telecom generator based on their specific operational needs.
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