A automatic standby generator is a core power equipment that uses diesel as fuel. It specially designed for "emergency power supply" scenarios.
The backup diesel generator set has the characteristics of strong power, stable power supply and short start-up time. It can be widely used in commercial, industrial and civil scenarios that have extremely high requirements for power continuity.
It is a "power emergency backup" to ensure that production and daily life are not interrupted. It is also an "immediate rescuer" when power is cut off.
An automatic standby generator uses a diesel engine as its power source. It has high torque and stable power output.It can supply power continuously for a long time. Besides, its voltage and frequency fluctuations are small. This allows it to be compatible with equipment sensitive to power quality, preventing equipment failures caused by unstable voltage.
The backup generator set has a mature structure and strong wear resistance. They also have excellent adaptability to high and low temperatures, as well as the ability to resist moisture and dust.
Whether it is in a high-temperature workshop, a humid basement or a cold outdoor environment, they can operate reliably. This meets the emergency power supply needs of different scenarios.
Core Configurations of automatic standby generator
Power system:
Well-known brand diesel engines (such as Cummins, Yuchai, etc.) are optional. This ensures the reliability of power.
01
Power generation system:
It uses a copper-core generator. The generator has high power generation efficiency and low loss, which extends the service life of the equipment.
02
Noise reduction design:
Some models are equipped with a soundproof cover. The noise can be controlled below 70 decibels. They are suitable for noise-sensitive scenarios (such as hospitals and residential areas).
03
Fuel tank capacity:
12-hour/24-hour endurance fuel tanks are optional according to needs. It can also support external fuel tanks. This meets the demand for long-term power supply.
04
Control system:
It supports ATS automatic switching and remote monitoring (via mobile APP/computer terminal).You can check the genset's status and start/stop records in real time.
05
Notes on the Use and Replacement of Antifreeze
Never mix different types or brands of antifreeze. Different types (ethylene glycol-based and propylene glycol-based) or brands of antifreeze may have completely different additive formulas. Mixing them can cause chemical reactions. This makes the additives ineffective and produces precipitates, which can seriously block the cooling system and corrode metal parts.
Thorough cleaning is required for the first filling. For new units or when changing to a different type of antifreeze, you must thoroughly flush the engine cooling system (including the radiator, engine block water jacket, water pipes, etc.) with clean water. Wait until all water in the system is completely drained before adding new antifreeze.
Check the liquid level and concentration regularly:Check the antifreeze level in the expansion tank (auxiliary tank) regularly (e.g., monthly). It should be kept between the minimum and maximum scale lines. If the level is too low, promptly add antifreeze of the same brand and model (do not add water directly unless it is an emergency).
You can use an antifreeze refractometer to test its concentration and freezing point every six months. If the freezing point rises (e.g., from -30℃ to -20℃), it means the antifreeze has been diluted or expired and needs to be replaced in time.
Strictly follow the replacement cycle. Even if the antifreeze level is normal, it must be completely replaced after the specified service life (usually 2 years). After long-term use, additives such as corrosion inhibitors and scale inhibitors in the antifreeze will gradually be consumed. They will lose their protective effect and may even become corrosive substances.
