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Many large and small utility companies are using rebuilt transformers for padmounts, substations and pole mounted options. While it does save these corporations money on brand new transformers, the process is just as technical.

Companies spend their days rebuilding transformersfor commercial, municipal and industrial use. Technicians are highly skilled to change out parts to more modernized options for better efficiency.

Reduces Waste

The big metal boxes that surround transformers cause a lot of waste. The interior mechanisms do the same, especially when the parts are no longer viable.

For this reason, rebuilding the interiors of a transformer helps to keep this amount of waste out of landfills. The housings are heavy metal, and are made to withstand all kinds of weather. It is ideal to save these structures and rebuild the interiors.

Padmounts are seen mainly in desert areas. Pole mounted options are the most common in most US states. Substations are seen in municipalities and on oil rigs as portable power sources.

Each of these types of transformers can be rebuilt for use again by corporations and local areas.

Aids the Environment

Changing out chipboards, capacitors and other vital parts makes transformers more environmentally friendly. One way that transformers help the environment is by using them as a power source for wind turbines.

Some municipalities are converting to wind turbine energy using an independent power source to cut down on energy bills.

The power distributed by a wind turbine nearly cuts out electricity bills entirely. Only the cost of running a substation transformer exists.

Benefits of eco-friendly energy use:

• More renewable energy resources available
• Less power lines strewn through the area
• Fewer power outages reported
• Reuse of existing or retired equipment

Schools, corporations and some large farms have turned to environmentally friendly energy sources for more than just the financial savings. While some power does go to a wind turbine for it to generate electricity, it is quite minimal compared to the amount of energy used from traditional power lines.

Better Efficiency

There is a better efficiency in function and delivery that comes from rebuilding transformers. Essentially, it recycles some pieces, such as capacitors, transistors and the housings, while putting in new parts that are eco-friendly.

Better efficiency comes from technologically advanced resistors and voltage regulators. The ability to control the currents running through the transformer may cap the maximum amount of voltage that can be used, but it also maintains an even energy usage level.

These benefits save money while increasing efficiency and green-standards among larger companies and some municipalities. The use of higher technology, such as voltage regulators, does require a little more attention to maintaining the transformer.

As the energy needs of a local area change, the retired transformers can be used in other areas and are even rebuilt to hold large motors for barges. There is always a use for a transformer or transformer housing. Rebuilding what already exists is eco-friendly, budget friendly and takes far less time than a new build.