Power Generation

The shift toward more sustainable power generation

Today, the trend toward more sustainable energy sources is driving the adoption of renewables—such as solar, wind and hydropower—across many industries. Likewise, energy storage technologies are gaining importance as the electric vehicle (EV) market increases electricity demand. Energy storage technologies are not only helping balance supply and demand by stabilizing grids, but they are also helping producers and consumers take control of how they manage their energy consumption. Green hydrogen—produced through using renewable energy—is emerging as a key resource for decarbonizing industries like steel production and long-haul transport. As a result, government policies and private investments are being developed to aid in the adoption of renewable energy resources and technologies that support a low-carbon economy.

While the move toward cleaner, greener energy takes center stage, there is still much interest in understanding how more traditional forms of power generation can incorporate a low-carbon energy mix. Research and development in electrical equipment technology is focused on finding safer and more flexible options for power production.

Ultimately, the energy transition and innovation in electrical power system technology are influencing the future of power generation.

How we support power generation applications

Transformers play a very important role in power generation applications and the overall transmission and distribution of electrical energy. Its primary function is to “step up” or “step down” voltage levels, which helps to efficiently transmit power over long distances and ensure power is delivered to consumers at appropriate voltage levels. Transformers help to ensure that the system remains stable and reliable by regulating voltage levels, and voltage regulation is essential to prevent over-voltage or under-voltage situations, which can damage equipment or cause service interruptions.

Switchgear is another essential component in power generation systems. It protects electrical circuits and equipment from faults by quickly detecting issues and isolating the affected part of the system. This helps to prevent damage to other critical components within the system and reduces the risk of fire or further electrical failures. In addition, switchgear enables operators to manage and control the distribution of power and ensure a stable and reliable supply. By isolating faulty sections, switchgear helps to ensure the safety of the system.

For more than 30 years, JST Power Equipment has served the power generation industry with transformers, switchgear and electrical power solutions to meet the unique needs of our customers. Our solutions are designed and engineered to improve efficiency and resiliency and enhance the safety and sustainability of solar energy systems. With our industry-leading lead times and best-in-class project management, we’re able to meet our customers’ needs with outstanding precision and accuracy.

Learn more about our solutions and contact us today to discuss your project.