Traditional Net Metering application windows officially closed last year, and Cyprus has fully entered the phase of Net Billing.

While Net Metering operated on simple, administratively set energy offsets—crediting production directly at the retail electricity rate—Net Billing operates closer to true market logic, compensating exported energy based on wholesale values. While a formal government subsidy scheme specifically for residential Net Billing installations has not yet been announced, this transition opens a practical opportunity for private homeowners to integrate their own battery storage systems to maximize self-consumption.

Meanwhile, commercial and agricultural Net Billing installations face no such delay and actively continue across the island.

When you install a photovoltaic system, the expectation is simple: your panels generate clean energy, and any surplus is fed back into the grid to be credited to your account. However, due to infrastructure limitations, the Cyprus power grid frequently experiences oversupply during peak sunny hours. To keep the grid stable, operators are forced to automatically cut off or "curtail" this household solar generation, meaning valuable green energy is simply wiped out instead of being saved.

This automatic deletion leaves many solar owners frustrated, as it directly impacts the expected return on their green investment. Fortunately, the issue has caught the attention of lawmakers, who are now pushing for regulations to ensure this surplus energy is fairly recorded and credited back to consumers.

To understand the full scope of this legislative debate and what it means for the future of household solar, we highly recommend checking out a recent detailed coverage by KNews (Kathimerini Cyprus) titled "Parliament Intervenes on Household Solar Curtailment."

Running a farm takes a lot of power, especially during the hot summer months when irrigation pumps and cooling systems have to run non-stop. To help keep these rising electricity expenses under control, we recently installed a solar panel system for a farm in our local area.

We mounted the panels on the roofs of the farm's existing sheds and outbuildings, allowing the business to generate its own electricity right where it is used. This setup helps lower their monthly bills from the grid and gives the farm some protection against future price hikes. It is a straightforward, practical way for local growers to manage their daily running costs, and we are glad to have been part of the project.We are pleased to announce the successful finalization of a custom photovoltaic system for a local farm in the region. Agricultural operations face unique, heavy daytime energy demands—from irrigation to climate-controlled storage. By tailoring this solar system to their exact consumption patterns, we’ve provided a dependable solution that lowers operational overhead while stabilizing their long-term energy costs.

Solar photovoltaic energy has officially become the most competitive source of electricity across the European Union, driven by massive technology advancements and cost reductions. Recent European Commission data highlights that solar PV capacity across the continent has comfortably surpassed historical transition targets, positioning solar power as a primary anchor for regional economic resilience and clean job creation.

Look into the details in the article of the Directorate-General for Energy of the European Commission "In focus: Solar energy – a shining star of Europe’s clean transition"

Recent global energy data published by Deutsche Welle (DW) highlights that solar power has expanded faster over the last decade than any other energy source.

This rapid growth is heavily visible across Europe, where electricity generated from rooftop solar panels now costs less than half the average grid price in many countries. For sun-drenched regions like Cyprus, these shifting economics have driven an equally aggressive local adoption rate, with tens of thousands of homes and businesses shifting to independent generation to manage their energy costs. As regional infrastructure adapts to accommodate this massive volume of clean power, solar is steadily moving from a supplementary option to a core pillar of the modern energy grid.

To view the full statistical breakdown, global production projections for 2030, and the complete analysis, take a look at the original report on the Deutsche Welle website titled "Solar is winning the energy race."