Solar energy evolution
+380 (66) 508-07-64Rivnianska-2 PV power plant was designed and launched by our group as a full-cycle EPC-contractor. We performed all work on this facility, starting from getting grid permissions and up to the commissioning and green tariff obtaining. This terrestrial solar power station was built to increase eco-clean electric power production and further profit-making from green tariff sales. Power station is projected with application of string invertors and polycrystalline silicon solar modules.
Key project details:
- DC power: 0,403 MWp
- Stage: 100% completed
- Construction completion: 2016
- Type of solar plant: on-grid (10 kV)
- Solar panels: poly-Si (Jinko Solar)
- Inverters: SMA Tripower 60 kW
- Structures: ground mounted, fixed
- Plant area: 1,2 ha
- Location: Kirovograd region, Ukraine
List of our services:
- Feasibility study
- Grid permissions obtaining
- Pre-design surveys
- Technological solutions analysis and selection
- Electrical engineering , detailed design (PV, LV, MV)
- Equipment Procurement and Logistics
- Construction and commissioning works
- Grid connection, licensing and green tariff support
Autonomous Solar Stations — get off the Grid
Solar modules cost reduction led to solar power plant demand increase. Enterprises increase the profitability of products by installing solar power plants for self-consumption to power supply equipment, lighting fixtures, and others.
Bioenergy: Past, Present and Future
Bioenergy plays an important role in many low carbon development scenarios and can be particularly useful in long haul transport where alternative energy sources are not available. The expanded role of bioenergy is still under consideration, and sometimes disputes over the sustainability of production and use.
Cooperative Solar Farms
People interested in harvesting the sun’s energy, can now participate in a unique program – the Sol Partners Cooperative Solar Farm. One of the major advantages of the program is that United Power will maintain the solar farm – the customer only pays for the cost of the panel. It is anticipated that one 210 watt panel will produce about a 3% return on its investment or approximately $32 per year in electricity credits.
Reactive Power Control in Utility-Scale PV Plants
To facilitate higher levels of distributed PV penetration and meet transmission interconnection requirements, inverter-based generators need to participate in utility-voltage regulation by absorbing or injecting reactive power.