The development of project documentation (stage “Project”) for a new project with a capacity of 5.7 MW has been completed

In December 2018, Avenston developed project documentation for the “Project” stage for a new 5.7 MW solar power plant. Due to the need to accelerate the schedules of the future construction of this object, the designs were completed within the entire 4 weeks, which is acceptable for projects of this class of complexity and power.

The design was carried out on the basis of high-quality equipment from first-class manufacturers. Namely: Hanwha Q-Cells type Q.Power L-G5 330 W polycrystalline solar photovoltaic modules and Huawei SUN2000-60KTL-M0 inverters were used. The total area of ​​land for construction is 8 hectares, of which about 3.5 hectares are allocated for the placement of solar panels. Projected electricity production is 7090 MWh/year. The connection of the object to the network will be made according to the voltage class of 35 kV.

Our company has long used Hanwha Q-Cells production panels in its projects and has very good results in the practical use of this equipment. Avenston is also a strategic partner of Huawei and plans to build several solar power plants using inverters from this manufacturer during 2019.

Passive Houses and their principles of design

Passive houses have a very low energy loss due to the use of passive methods of energy save (insulation materials, innovative engineering and architectural solutions). The specialists of our company have prepared an interesting and understandable material about the basic principles of an energy efficient building.
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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.
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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.
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Energy storage systems (ESS)

The efficiency of the use of global energy resources depends not only on the ways of their use, but also on the methods of the generated energy storage.
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