From 2019 to 2023, PERC technology dominated solar manufacturing. In recent years, however, the landscape has evolved significantly. As of early 2026, TOPCon accounts for a substantial share of global production, while PERC capacity continues to decline — according to CRU market analysts.

Romania’s energy policy in 2026 is signaling a subtle but significant shift: the focus of public incentives is moving away from expanding rooftop solar installations toward enhancing energy storage capabilities. While the Casa Verde photovoltaic grant program, which historically offered homeowners up to 90% of system costs, will not run this year, the government is redirecting support toward battery storage for existing solar prosumers. This shift has important implications for both market growth and the strategic positioning of PV solution providers.

The global solar procurement landscape is evolving. In 2026, conversion efficiency and cost per watt remain important — but increasing attention is being placed on a more fundamental question: where a module comes from, and whether its origin can be reliably verified.

Driven by a combination of high grid electricity costs, a zero-rated tax regime on imports, and the urgent need for energy security amidst the Middle East energy crisis, the nation has achieved a “people-led” solar revolution. As of March 2026, Pakistan’s solar PV imports have surged from under 1 GW in 2018 to over 51 GW, shielding the economy from the volatility of the Strait of Hormuz shipping disruptions

The solar industry has moved past the wattage arms race. By 2026, developers, EPC contractors, and lenders are asking a sharper question: Which technology delivers bankable, 30-year yield stability?

The UK government has signaled a clear shift in urgency, moving “further and faster” toward energy security in response to ongoing global energy volatility. With a new package of measures announced by the Energy Secretary, the direction is becoming more concrete: accelerate clean energy deployment, reduce reliance on fossil fuels, and bring solar closer to everyday consumers.

As more households look for practical ways to reduce grid reliance and lower carbon emissions, residential solar is evolving beyond simple rooftop generation. In many homes, electricity use now includes not only air conditioning and appliances, but also connected devices, home energy management, and electric vehicle charging. As a result, homeowners are increasingly looking for integrated systems that can coordinate generation, consumption, and controllable loads more effectively.

As distributed solar adoption grows, project owners increasingly ask a more practical question than ever: it’s not just how much electricity a system can generate, but how that electricity will actually be used.