Frequently Asked Questions
- What exactly does a solar power system do?
- How large a system do I need for my home?
- Does the Cyprus government offer any subsidies?
- Do photovoltaic panels emit electromagnetic radiation?
- Is the application procedure complicated?
- Is a solar power system a good investment?
- Will I have to continue paying the EAC for electricity?
- Monocrystalline or polycrystalline?
- Will my roof be affected by the installation of the system?
- How much space do I need to install a photovoltaic system?
- What is the lifespan of a photovoltaic system?
- What kind of maintenance does the photovoltaic system require?
- Is there a risk of electric shock?
- Do photovoltaics carry a warranty?
- How do I know if my system is working properly?
- Can solar panels be damaged by strong winds?
- How does the solar power system perform during overcast weather?
Photovoltaic panels convert solar energy into DC electricity. DC electricity is then converted to AC by an inverter. This AC electricity is then fed into the electrical grid.
The current Domestic Net Metering schemes allow for a maximum system rated of 5kW to be installed per property. This produces a minimum of 8,500 kilowatt hours (KWhs).
Yes currently subsidies are €900 per kW with a maximum subsidy of €2,700.
No, electromagnetic radiation is emitted from AC, rather than the DC generated by photovoltaic panels.
Unfortunately, it can be. At Suxeed Solar, we will assist you to understand the process and we will take care of all the required documentation.
A solar power system is one of the best investments in Cyprus, due to the high levels of sunshine we enjoy. A domestic 3 kW system can generate electricity to the total value of €1,200 per annum. The write-off period is around 4-5 years. Figures are based on EAC’s charges of €0.24/kwh plus VAT at an annual minimum production of 5,100 KWhs.
You will continue to receive a bi-monthly EAC bill which will take into account your own production therefore netting the amount payable.
The most prevalent technology that has found to be the best solution considering the weather conditions in Cyprus is polycrystalline silicon.
No, the roof of the house is not affected by the installation of photovoltaic panels. On flat roofs, photovoltaic panels are placed on inclined aluminum bases which are bolted to concrete blocks. On tiled roofs, special 'S'-shaped mounts are fitted around the tiles while the photovoltaic panels are mounted to rails which themselves are secured onto the mounts. Thus, no drilling is necessary, no matter whether the roof is flat or slanted.
A 3kWp system requires approximately 25–30m2 of space.
Solar panels can generate electricity even up to 30 to 40 years. Most manufacturers give a guarantee of performance for 25 years that will deliver at least 80% of their original output.
An occasional cleaning of the glass and the frame is advisable, especially after dust that may have gathered after rain.
No. High specification equipment is used in all our installations. All electrical boxes and cabling are sealed. Before connecting the system to the grid, the EAC carries out a site inspection of the facility to ensure that it complies with all safety standards.
Photovoltaic panels carry a 10 year manufacturer’s product warrantee. Photovoltaic panels are manufacturer guaranteed for the first 10 years to perform at 90% of their initial output. For the following 15 years, the manufacturer's warranty covers 80% of the initial output.
By checking the small screen of your inverter you will know that is functioning and is producing the expected daily output (10–17kW daily). Most inverters carry a built-in monitoring system which provides you live production reporting.
All modules go through rigorous testing to ensure that they are resistant to extreme weather, much stronger than those observed in Cyprus.
Production decreases during cloudy conditions but does not stop. The photovoltaic module generates electricity even in diffused light, even without the influence of direct sunlight. Intense heat is known to decrease energy production, so for example, the best production months are during the Spring and early Summer months.