Author: Zeev Strutsovski
January 25, 2026
Looking ahead to 2026, we see a fundamentally different market dynamic compared to the early expansion years of solar PV. The conversation is no longer about rapid deployment at any cost. It is about engineering quality, long-term performance, and measurable energy efficiency. For our company, 2026 begins with strong momentum: we have already secured five B2B clients representing more than ten commercial properties where we will design and engineer integrated solar power and BESS solutions.
These clients selected us for a clear reason. In recent years, the market has learned that price alone does not define project success. Complex commercial properties require sophisticated engineering — accurate load analysis, grid interaction modeling, storage optimization, and reliable integration with existing building systems. We have demonstrated our capability to deliver this level of technical precision. Our design approach is data-driven, our engineering documentation is structured, and our construction execution is reliable and efficient. We focus not only on commissioning but on lifecycle performance. For BESS projects in particular, safety, protection systems, and operational logic are not optional — they are fundamental. Our reputation has been built on this discipline.
We believe 2026 will also be a year of correction. The rapid growth phase allowed many non-professional actors to enter the market, competing aggressively on price without sufficient engineering depth. As a result, the industry now faces underperforming installations, integration errors, oversized or undersized systems, and in some cases, safety risks. We expect a significant portion of our work in 2026 to involve redesign, optimization, and correction of previously installed systems. Fixing mistakes is not the most glamorous part of the energy transition, but it is necessary for the sector to mature.
At the same time, clients themselves are becoming more knowledgeable. Commercial property owners and asset managers now better understand what they want to achieve. The decision to invest in PV and BESS is no longer driven by green energy enthusiasm or marketing narratives. It is driven by operational efficiency, cost predictability, and resilience. Clients analyze load curves, demand charges, and return-on-investment scenarios. They ask detailed questions about degradation rates, inverter configurations, and storage cycling strategies. This shift toward informed decision-making is healthy for the industry and aligns with our engineering-focused approach.
New construction projects increasingly integrate sustainability from the initial design phase. Energy modeling, rooftop structural planning for PV, electrical infrastructure prepared for storage, and digital monitoring systems are becoming standard. Developers now treat sustainability as part of asset value, not as an afterthought. In this segment, the task is optimization and smart integration.
The greater challenge — and opportunity — lies in existing buildings. The majority of commercial real estate in Europe was not designed with modern energy efficiency standards in mind. These properties often have outdated HVAC systems, inefficient lighting, limited electrical capacity, and no digital monitoring. The key question for 2026 is not how to make new buildings sustainable — that process is already underway — but how to transform old construction into energy-efficient assets.
This is where we see our strongest role. Retrofitting requires engineering creativity, precise diagnostics, and careful economic evaluation. Each building has unique constraints: roof structure, grid limitations, load patterns, tenant behavior. A standardized solution does not work. Our focus is to combine PV generation, BESS integration, demand management, and system optimization into tailored engineering packages that upgrade performance without disrupting operations.
For us, 2026 is not about chasing installation volume. It is about delivering technical excellence and restoring confidence in professional engineering standards within the renewable energy sector. As the market matures, quality will differentiate sustainable projects from speculative ones. We are prepared for this next phase — disciplined, data-driven, and committed to making both new and old buildings part of a truly efficient energy ecosystem.