With electricity being a basic necessity in today’s society, there is constant growth in the sector with new and improved technologies being developed every other day. There is also an ongoing boom in renewable energy solutions with a major focus on solar power. In this space, you may have heard of an ‘inverter duty transformer’. This solution is a major component in the world of power generation, playing a key role in delivering higher efficiency of the power plants. Inverter duty transformers are responsible for converting direct current (DC) electrical energy into alternating current (AC) electrical energy. This, in turn, takes the low output of power and steps it up to get the desired voltage for electrical consumption.
These transformers work hand in hand with inverters to transfer electrical energy without changing the frequency. First, the inverter converts DC energy to AC energy at a low voltage after which the transformer increases the voltage to the value that is required by the electrical devices that are being used. Inverter duty transformers are, therefore, designed to drive the optimum results for better performance in all kinds of conditions.
They are specifically designed by energy storage solution providers for small power conversions, most commonly in solar power and wind power projects. The design includes multiple windings located on the primary side of the transformer which allows it to connect multiple inverters to the grid. This offers access to more energy and higher efficiency. It, in turn, requires a lesser amount of transformers to go with a larger number of inverters. It is a specialized system that is tailored to the requirement of that particular power plant. This means that each inverter duty transformer system is unique, offering specific results in terms of voltage, environmental efficiency, network landscape, and other surrounding factors.
Inverter duty transformers play a key role in creating a power plant that is efficient across different factors including performance, cost, maintenance, and load losses. It is the most important component of reducing energy costs and overcoming issues of low voltage of energy losses in the electricity conversion process.
There are plenty of Engineering, Procurement, and Construction (EPC) as well as Operations and Management (O&M) companies that have significant expertise in developing and managing power plants across the globe. Sterling and Wilson Renewable Energy is one such provider of turnkey EPC solutions that covers all areas of the project to offer a complete and efficiently designed electricity generation system.
Originally published at http://realestateandepc.wordpress.com on May 13, 2022.
