
Οικιακά φωτοβολταικά Λεμεσός Κύπρος
CYPVsolar holding
Large scale PV parks
The company collaborates with Suntechnics Ltd for project management during the construction and long-term operation and maintenance of the Parks.
CYPV Solar holding aims to maintain the high level of services offered. In addition, ensures the continuous rise of the Group in the Energy Market.
Also, it empowers and develops collaboration with the investors, thus honoring their trust.
Οικιακά φωτοβολταικά Λεμεσός Κύπρος
THE PARTNERS


THE PARKS
The parks are funded by Astrobank
GIGAWATT GLOBAL CYPRUS LTD (P.10)
CYPV SUNRISING ENERGY LTD

GIGAWATT GLOBAL CYPRUS LTD (P.141)

We are happy to announce the completion of the project P.141 in Agios Ioannis Malounta, in Nicosia. The new photovoltaic park has a capacity of 5MWp and has been connected to the MV (Medium Voltage) grid of the Electricity Authority of Cyprus (EAC).
Suntechnics Ltd as a leader of photovoltaic systems has taken over the Project Management, Operation and Maintenance of this PV park.
This Park will save about 5.383 tons of CO2 emissions each year, which under normal conditions would require 168,266 trees to absorb them from the atmosphere.
In conclusion, the park is funded by AstroBank, which contributes to its own way to the restart of the economy in the field of green energy and the environment.
CKG SUNENERGY LTD

Suntechnics announces the completion of another photovoltaic park.
The Project of CKG SUNENERGY LTD is located in Skarinou, with a capacity of 1MW. The project has been connected to the Electricity Authority of Cyprus (EAC).
Suntechnics Ltd as a leader of photovoltaic systems has taken over the Project Management, Operation and Maintenance of this PV park.
The Park utilizes 2466 JA Solar’s bifacial mono PERC photovoltaic panels with 405Wp power, 15 HUAWEI SUN2000-60KTL-M0 converters and Metaloumin trackers on one axis for optimal performance!
The specified integrated PV system accomplishes significant savings in carbon dioxide emissions of CO2, 1,076 tons per year, that require 3,364 trees to absorb them from the atmosphere.