PV Project – Compact PV Substations

In response to the growing demand for sustainable energy solutions, ArmCoil, a leading provider of power distribution solutions, proudly presents its innovative contribution to the renewable energy landscape. This groundbreaking initiative involves the supply and installation of two 2MVA Compact PV Substations, equipped with cutting-edge components to efficiently harness solar energy for electrical power generation. ArmCoil’s commitment to delivering high-quality, sustainable solutions is exemplified in the meticulous design and execution of this PV Project.

ArmCoil’s contribution to the PV Project comprised a meticulously crafted package of components. The HV Compartment featured Schneider RM6 and BTU components, both supplied by our partner, along with a backup light and a Communications Panel from our partner.

The Transformer Compartment showcased a 2MVA Transformer with a 6600/400V manufactured by ArmCoil, PV configuration, employing the ONAN cooling system and additional protection measures such as OTI and WTI.

In the LV Compartment, ArmCoil supplied two LV Panels housing a total of 14 200Amp Breakers, a 2500A Main ACB, internal lights, a bus section between LV Panels, and essential local supply infrastructure. The compact design of the Enclosure included an oversize HV Enclosure and bund wall for the transformer compartment, ensuring a robust and easily accessible structure.

The Inverter Skid, also provided by ArmCoil, featured a complete, robust structure equipped to house 14 free-issue inverters.

ArmCoil’s package in this PV Project resulted in a state-of-the-art solar energy infrastructure.

The robust transformers with advanced protection measures, such as OTI and WTI, guarantee a reliable and secure power supply. The compact design of the substations, coupled with skid-mounted installations, facilitates easy transportation, installation and maintenance.

This comprehensive approach not only ensures the stability of the energy grid but also aligns with the broader goal of promoting sustainable practices. The outcome is a powerful and efficient 4MVA solar energy system capable of meeting the region’s growing energy demands while minimizing its environmental footprint.

In conclusion, ArmCoil’s contribution to this PV Project underscores our commitment to advancing sustainable energy solutions. The successful integration of our high-quality transformers and associated components has not only facilitated the establishment of a reliable solar energy infrastructure but also environmentally conscious energy practices.

ArmCoil’s dedication to excellence in electrical manufacturing has played a pivotal role in fostering a greener and more energy-efficient future for the community. This PV Project stands as a testament to the collaborative efforts and technological prowess driving the transition towards a more sustainable and resilient energy landscape.