Choose an Experienced Partner When Investing in Solar Parks in Cyprus
Planning and implementing a solar photovoltaic system requires experience. First, an investor must know how much land to commit to a photovoltaic park. A park of 2.5 to 3.3 hectares will produce one megawatt. The one megawatt mark makes the park worthy of notice by utilities in the market for solar power. The more efficient a park, the less land is required to produce one megawatt of energy. Work with an expert in planning photovoltaic parks to ensure an efficient design.
Second, an investor must know how much to invest in a photovoltaic park for each megawatt. Some sources recommend planning around one million euroes for each megawatt of power anticipated. This cost has fallen over the last twenty years. An expert will know how to take advantage of cost reductions as the technology advances.
Third, not all land has enough sun to be a good candidate for a photovoltaic park. Know the solar potential of hectarage before signing a purchase agreement for hectarage. Look for a partner who has assessed the solar potential of land in all climates and hemispheres. We, at Abiogreen already have a list of land that meets the criteria for a solar photovoltaic system in Cyprus.
Fourth, a photovoltaic park must have access to the power grid to sell electricity. Do not invest in land with great solar potential that stands a distance from the power grid. One successful park shares infrastructure with a farm of wind turbines. We at Abio Greenergy know the ideal locations for accessing the power grid.
Fifth, photovoltaic parks fall under the regulation of numerous governmental agencies. CERA, EAC, Town Planning and Municipalities for Building Permit have the clout to sink a photovoltaic project fast in Cyprus. Abio Greenergy has government contacts. Work with a partner who has successfully navigated the permitting process before. Work with a partner that has made alliances with communities. A “Not In My Backyard” protest can scuttle a project. Experienced implementation partners know how to work with the neighbors.
Sixth, photovoltaic engineering advances every month. Abio Greenergy knows how to deploy the most reliable, modern photovoltaic designs. The right design with the right equipment squeezes out those extra megawatts.
Last, a photovoltaic park operates at full efficiency only when monitored and maintained. The hectarage must be well managed, keeping down intrusive plants. Birds and rodents can cause damage to cabling and panels. The park must be secured against intrusion, vandalism and sabotage. Physical barriers and security monitoring protect investment and return on investment. Acts of nature must not be allowed to take the park off grid. Continuous monitoring of electrical output identifies issues immediately. Alerts can prompt action before a serious loss of wattage occurs. Abio Greenergy already has designed systems to address all of these issues.
The rewards of investing in parks for photovoltaic systems far outweigh the risks. The future shows that the solar power sector will grow at a steep rate. Reach out to Abio Greenergy to capitalize upon the opportunities. Reach out today.
Amorphous silicon glass offers the perfect combination between aesthetics and functionality. This solar PV glass shows the same mechanical properties as a conventional, architectural glass used in construction. It follows the most stringent safety standards in construction, required for architectural glass. However, in addition, it also generates free and clean energy thanks to the sun (active solar properties). It can also be customized in terms of shape, color, size, thickness, and semi-transparency degrees. It works very well under diffuse light conditions (overcast).
Crystalline Silicon glass offers a greater power installed per SqFt compared to amorphous Silicon glass. This means that under direct sunlight, crystalline Silicon generates twice+ more power than amorphous Silicon.
Accordingly, this PV Glass technology is ideal for those projects that seek maximum energy generation, and are well oriented towards the Sun.
Crystalline Silicon technology is popularly used on canopy and skylight applications, spandrel glass, solid walls, and guardrails.
This PV glass shows the same mechanical properties as a conventional, architectural glass used in construction. However, in addition, it also generates free and clean energy thanks to the sun (active properties).
Conventional outdoor paver systems are rather expensive and they do not necessarily bring additional sustainability features to your building. PV pavers, however, generate a great amount of power, cut emissions, and let more users install power in their rooftop and terrace space, since its installation is much less intrusive compared to a conventional system.
Abio Greenergy is a pioneer in the development of a photovoltaic kit that enables outdoor furniture to generate clean, free energy from the sun. In this way, tables, canopies, benches, poles, floors and other furniture become solar chargers for users to feed their electronic devices. Convenience and environment meet at our coffee tables.