Proper storage of industrial generator is important for maintaining equipment performance and extending their service life. Therefore, during the storage process, industrial generator is affected by various factors, such as moisture, rust, etc. Whether it's short-term idle or long-term storage, scientific storage methods can significantly reduce the risk of failure. The following is for your reference.
1. Environment Preparation
industrial generator must be stored in clean, dry spaces with controlled humidity (ideally below 60%). Avoid outdoor exposure where temperature fluctuations and moisture can accelerate corrosion. Elevated pallets or anti-vibration mounts prevent ground moisture absorption.
2. Component Protection of industrial generator
Seal air intakes/exhausts with desiccant plugs to block humidity ingress.
Disconnect batteries and store separately with trickle charging.
Apply anti-corrosion spray on exposed metal surfaces like terminals and couplings.
3. Fluid Management of industrial generator
industrial generator Fuel System: Stabilize remaining fuel with additives to prevent degradation, or completely drain the system.
Coolant: Replace standard coolant with long-life antifreeze for freeze protection.
Lubricants: Change oils before storage to remove acidic byproducts that could damage seals.
4. Preservation Techniques of industrial generator
Rotate shafts monthly to prevent bearing brinelling.
Use moisture-absorbing silica gel packs inside control panels.
Cover units with breathable fabrics instead of plastic to avoid condensation.
5. Reactivation Protocol of industrial generator
Before restarting stored industrial generator:
Inspect all fluid levels and connections.
Prime lubrication systems manually.
Gradually load-test to identify potential issues.
Properly stored industrial generator maintain 90%+ operational readiness, ensuring reliable power when emergencies strike.
