Accelerating the green energy transition
+380 (66) 508-07-64Avenston Innovation Center has begun researches on energy storage systems that can be used with small and medium-sized solar PV power plants. Our engineers are researching technologies and equipment based on which uninterruptible power supply systems from 5 to 100 kW can be completed. The equipment will work together with solar panels, which will compensate for its self-consumption or sell surplus electricity to the grid. In the first half of 2022, the test energy storage system is going to be installed, and we plan to start using commercial samples by the end of 2022.
Avenston Group has been actively involved in the implementation of solar energy projects since 2010. We prepare design documentation, supply equipment, and materials (including direct import of solar modules from the Tier-1 world’s leading manufacturers), carry out installation and commissioning works, connect solar power plants to Oblenergo’s grids, provide the necessary O&M for our solar power plants. Among the implemented projects are on-grid, hybrid, and off-grid PV power plants, including those using energy storage systems or buffer batteries. Avenston’s portfolio includes dozens of solar power plants with a total capacity of over 100 MW.
Useful articles:
How to choose a solar PV panel?
Our company, relying on the long-term experience of production and sales of equipment for solar power-stations, offers some advices, how to make correct choice of good solar panels.
Renewable energies — invest and trade in Ukraine
Avenston analyzes some perspectives and plans for cooperation within alternative energy sectors of Ukraine for foreign companies and mentions main challenges that could be faced while cooperating with Ukrainian colleagues during PV projects development.
Solar energy: saving money and the planet
Solar energy has rapidly become a fundamental part of the global transition to sustainable development and clean energy and is emerging as one of the most promising solutions.
The usage of the Gantt chart for the design and construction of solar power plants
The project schedule is an important tool for managing the construction of a solar energy facility. It allows the project manager to plan the delivery of equipment and materials to the construction site, to synchronize the work of carriers and subcontractors, it is important for monitoring the construction process and project costs, to anticipate and prevent possible delays. Using the project schedule is much more effective than just a list-calendar of events