Soriano Group has long understood that the future of sustainable mobility and energy requires deep integration between advanced engineering, renewable power, and ESG leadership. Through our engineering arm—Soriano9 (also known as Gyre9)—we are applying decades of design, prototyping, and systems integration expertise to deliver solutions that accelerate the clean-energy transition.
Recent research from Goldman Sachs confirms what our engineers have been building toward: the global solar energy sector is on a rapid upward trajectory. Despite reductions in policy support from major economies, global solar installations are forecast to reach 914 GW by 2030, a 57% increase over 2024 levels.
The Engineering Imperative
At Soriano9, we don’t just see these numbers as market trends—we see them as design parameters. Each percentage point of growth in solar capacity represents an expanded ecosystem of equipment, storage, distribution, and mobility solutions that must be engineered for efficiency, reliability, and adaptability.
Our engineers specialize in:
- Energy system integration for electric mobility, ensuring EV fleets and charging infrastructure can directly utilize solar generation.
- Advanced composite and modular structural design for solar arrays that must survive harsh environments while remaining lightweight and easy to install.
- Custom thermal management systems to maintain solar and battery efficiency in high-temperature applications.
Why Solar Growth Is Unstoppable
Goldman Sachs Research highlights three structural drivers for sustained solar growth—and Soriano9 has direct engineering responses to each:
- Rapid Decline in Costs With solar panel costs falling faster than any investment good in modern history, our role is to engineer complementary systems—mounting, energy storage, power electronics—that meet the same curve of affordability without compromising durability.
- Zero Marginal Fuel Costs Once installed, solar energy becomes virtually free to generate. Soriano9 designs closed-loop energy systems for EV platforms, ensuring excess solar power can be stored, redistributed, or applied to microgrid transport solutions.
- Modularity and Decentralization Just as panels are modular, our engineering designs emphasize scalable product architectures—from individual EV charging pods to full-scale solar-integrated transportation hubs.
A Converging Mission: Climate, ESG, and Mobility
The Soriano Group’s commitment to climate change mitigation is embedded in every Soriano9 project. By integrating solar energy into the core of our electric mobility solutions, we are enabling ESG-aligned transport ecosystems—from urban e-motorcycle fleets to long-range autonomous vehicles powered by renewables.
This is not a future concept—it’s in active development today. Soriano9’s EV platforms are already being engineered for direct renewable charging compatibility, and our modular battery packs are designed for grid feedback in solar-rich markets.
Engineering Toward 2030 and Beyond
As solar power’s share of global electricity generation surges beyond its current 8%, bottlenecks will shift from panel supply—where there is ample capacity—to systems engineering and deployment. This is where Soriano9’s innovation culture meets the urgent needs of the energy transition.
We are not simply building products—we are designing integrated ecosystems where mobility, energy storage, and renewable generation are inseparable. The outlook for solar energy may be bright, but at Soriano Group, we are making sure that brightness is engineered into every mile traveled, every watt stored, and every ton of CO₂ avoided.
