Daelim's Project | Daelim Transformer

69 kV Power Transformer for Substation in Pennsylvania

Daelim recently completed the design, supply, and installation of a custom 69 kV transformer for a substation in Pennsylvania. This high-efficiency, three-phase transformer is engineered for reliability, scalability, and long-term performance, ensuring a stable power supply to the substation. Key features include low load losses, minimal maintenance, high insulation levels, and flexible cooling options. The solution enhances grid stability, supports future expansion, and minimizes energy consumption, reinforcing Daelim’s commitment to quality and innovation in power systems.

Pad Mounted Transformer For High Voltage Substation

FWS commissioned Daelim Transformer to design and manufacture a new high voltage substation for the Richardson International Canola Crush facility expansion in Yorkton, SK. The project required two specially designed top-in pad-mounted transformers, one 2 MVA and one 5 MVA. Unable to meet the delivery deadline, local North American suppliers led FWS to choose Daelim Transformer for their capacity and quality. The transformers were successfully produced and delivered within 16 weeks and are now operating safely.

13.8 kV 10.5 MVA Substation Transformer for Ecuador

A customer from Ecuador contacted Daelim Transformer for a 10.5MVA substation transformer (13.8kV high voltage, 2.4kV low voltage). Daelim Transformer provided a customized solution, conducted virtual factory tours, ensured rigorous quality control via video inspections, and offered post-delivery online training and ongoing support, fostering a successful partnership.

2600 kVA Pad Mounted Transformer For Crypto Mine In Kansas

This morning, I received the on-site photos of the pad-mounted transformers from the customer, and I was overwhelmed with excitement and joy. These pad-mounted transformers are installed at a 20MW crypto mining site in Kansas, USA. A total of 5 sets of 2600 kVA pad-mounted transformers, all UL-listed, are being deployed at this site. Currently, 3 sets have already been installed onsite and are scheduled to be powered on imminently.

2 MVA Pad Mounted Transformer for Utility

Behold the backbone of Canada's utility infrastructure—the 2MVA pad mounted transformer. With a primary voltage of 4160Grdy/2400V and a secondary voltage of 800GrdY/461V, this transformer stands as a testament to efficiency and reliability in power distribution. Crafted in strict accordance with CSA standards and CAN/CSA802.1 energy efficiency guidelines, it embodies the pinnacle of engineering excellence.

1500 kVA Transformer for Australian Mining Project

Introduce the 1500 kVA transformer tailored for Australian mining projects. The transformer operates in a three-phase configuration, with a total of four units deployed. Notably, its primary voltage stands at 11kV, while the secondary voltage is 1kV. Characterized by its compact size, emphasis on safety, and unwavering reliability, this transformer is meticulously designed and manufactured to meet the stringent requirements outlined in AS 60076 and AS efficiency value standards.Let's delve into the key features and specifications of this essential solution.

20MVA Power Transformer for the United States

This project involves the development of a 20 MVA three-phase power transformer tailored for the United States market. The primary voltage is 24.94kV, and the secondary voltage is 4.16kV, indicating it functions as a step-down transformer. The design and production fully comply with IEEE C57.12.00 standards and have passed third-party UL team testing. All accessories also adhere to IEEE standards. FR3 vegetable oil serves as the insulating liquid for the transformers.

2600 kVA Pad Mounted Transformer for Cryptocurrency Mining

Daelim Transformer successfully provided three customized 2600 kVA pad mounted transformers to power a state-of-the-art cryptocurrency mining facility in Texas, USA. Our transformers were meticulously designed to meet the unique demands of the mining operation, ensuring seamless power distribution with unwavering reliability and efficiency.