Ternopil Energy Park
NEW ENERGY STANDARD
The project was created to ensure a stable, ecological and autonomous energy supply for a territorial community with a population of over 250,000 residents.
The project aims to increase energy independence, continuous operation of critical facilities, and the city's resilience to disruptions in central networks. The community's annual consumption is 415 GWh, of which 80 GWh are for critical infrastructure needs, which emphasizes the importance of implementing its own generating capacity.
Energy capacity structure
The project is creating various types of energy plants that will work together:
Solar power plants (15 MW) - three facilities equipped with Huawei inverters and Longi modules.
Wind power plants (38.3 MW) - eight Vestas/Nordex turbines for stable generation during the windy period.
Energy storage systems (65 MW) — five Fluence/Hithium stations for peak balancing and backup.
Cogeneration plants - for the combined production of electricity and heat.
An energy management system (EMS) is an automation complex that optimizes the operation of substations and the entire network.
The role of the project for the development of the region
The launch of the Energy Park will provide the community with a reliable source of energy in the event of interruptions in the central grid and significantly strengthen the security of critical facilities.
This will contribute to the stable operation of emergency services, utilities, medical and security structures.
Infrastructure upgrades and the introduction of renewable technologies will enhance the community's investment attractiveness, support industry, and create a foundation for sustainable energy development for years to come.