How do I design a remote radiator cooled generator system?

Designing remote radiator cooled generator systems has many factors to consider including room design, the standard unit-mounted radiator type, the location of the radiator, and genset ratings. Consult with a local KOHLER distributor for assistance in designing remote radiator systems for your project to assure proper performance and reliability.

Does a generator have a radiator?

ferring the heat from the engine coolant. While many generator sets have an engine mounted radiator and cooling fan, it is quite common for larger sets, particularly those locat d inside, to use a remote radiator system.This information sheet discusses systems that benefit from a r

Does a generator set have a radiator & fan?

or Generator Maintenance1.0 INTRODUCTIONEngine driven generator set systems traditionally utilize a radiator and fan for tra ferring the heat from the engine coolant. While many generator sets have an engine mounted radiator and cooling fan, it is quite common for larger sets, particularly those locat

Are generators weather resistant?

The proper terms are “storm resistant” or “weather resistant.” Regardless of how well-maintained the generator is, there is still a potential need to service generators during severe weather. An outdoor enclosure may subject maintenance staff to adverse weather conditions as staff may need to work outdoors or inside the small metal enclosure.

What is a remote radiator?

Remote Radiators: Remote radiators are avail-able in a number of configurations for generator set applications. In all cases, the remote radiator uses an electric motor–driven fan that should be fed directly from the output terminals of the gener-ator set. A surge tank must be installed at the highest point in the cooling system.

Which type of generator is suitable for wind power application?

Author to whom correspondence should be addressed. Direct-drive generators are an attractive candidate for wind power application since they do not need a gearbox, thus increasing operational reliability and reducing power losses.