Accelerating the green energy transition
+380 (66) 508-07-64In early March, the regular training was held in Kiev on the profitability of solar power plants. CEO of Avenston gave a speech on how to increase the income of solar power plants. The event, organized by the first professional international school in the field of solar energy Solar Academy, gathered participants from different parts of Ukraine interested in the installation and operation of solar power plants.
It was here exactly where the participants had an opportunity to get acquainted with their colleagues, to receive valuable expert advice, exchange experiences and business cards with each other, to establish partnerships, which is a guarantee of successful business!
Among the lecturers were presented the best industry experts, practitioners, specialists from leading companies, as well as representatives of governmental agencies, who found out possible algorithms for increasing passive income from a solar station.
At the training, Dmytro Lukomskyi, CEO of Avenston, shared valuable pieces of advice on planning PV power plants projects to improve their effectiveness. In his speech, Dmytro spoke in details about the optimization of photovoltaic systems, namely about such things:
- Which chracteristics are appropriate and needed to optimize
- Factors of income and expenses affecting the efficiency of investments in PV power plants
- Technical aspects of the design of solar power plants
- Tools for PV power plants simulation
What is more, using the example of already installed solar power plants with the participation of the Avenston`s team, Mr. Lukomskyi demonstrated how to apply practically the instructions mentioned above.
Biomass
The success to developing a commercially viable distributed biomass power system lies in understanding the market characteristics, designing a power system that overcomes many market barriers and maximizes the benefits.
Generation forecasting from variable renewable energy sources
Forecasting becomes a decision instrument for cost-justifiable integration of resources of variable renewable energy (VRE), such as wind and solar energy, into local, regional and national grids.
Liquid Biofuels
There are 3 types of biofuels, depending on the state of aggregation and the nature of the substance: solid, liquid and gaseous. Liquid fuels are alcohols (methanol, ethanol, butanol), ethers, biodiesel and biomass oil.
Production Modeling for Grid-Tied PV Systems
Production modeling meets multiple needs. Integrators seek to optimize PV system designs or to provide production guarantees; investors look to verify the right return on investment; operators need performance expectations to compare to measured performance.