Industry Insights by Andrew C. Ramos, President and CEO, SYMX Group
Featured in Solar Power World Magazine.
The energy industry is grappling with one of its biggest transformations in decades. The rapid growth of AI and data centers has rewritten the demand curve, with Goldman Sachs projecting that global data center power demand could rise by 175% by 2030 compared with 2023 levels.
“We’re not planning for steady, predictable load growth anymore,” says Andrew Ramos, president and CEO of SYMX Group, the parent company of SYMX Energy. “We’re planning for exponential growth that forces you to design and deliver power on a completely different timeline than before.”
For Ramos, this shift is redefining not only how renewable energy projects are planned and executed, but also how they are financed, procured and delivered.
“Speed to power has become one of the industry’s biggest priorities,” he says. “Getting an AI data center online even a year earlier can create tremendous value, so the focus has shifted from simply delivering the lowest-cost power to delivering reliable power faster.”
Meeting that demand requires overcoming new execution challenges.
“At SYMX Energy, we’re convinced the hard part isn’t just deciding whether to build or where to build,” Ramos says. “It’s the supply chain, permitting and policy uncertainty that determine how quickly projects move. Getting components on time and keeping construction aligned with demand has become one of the industry’s biggest challenges.”
For SYMX Energy, navigating those pressures means combining engineering expertise with global procurement capabilities and long-standing partnerships that help customers reduce risk while maintaining aggressive schedules.
It also requires rethinking how power is delivered.
Grid integration means connecting to the public utility network and operating on its timeline. Bypassing the grid means building power directly at the site, behind the meter, giving customers greater control over reliability and speed. Well-designed behind-the-meter systems using advanced microgrid controls can safely island during outages and even export power during periods of peak demand, transforming large facilities from grid consumers into grid partners.
“Grid integration matters when the timeline allows and interconnection is available,” Ramos says. “Bypassing the grid matters when speed is critical or the queue is too long. It often starts by bridging the power until a permanent connection is ready.”
With more than 25 years of experience engineering and building complex, investment-grade infrastructure around the world, SYMX positions itself as a global co-developer of energy infrastructure and an engineering, procurement, and construction (EPC) partner for customers needing utility-scale power delivered on time and on budget.
The company has executed projects throughout the Middle East, Europe, Africa, Latin America and the United States, building the global logistics network and procurement expertise needed to deliver complex infrastructure under demanding conditions. Today, through SYMX Energy, the company is developing more than 3.5 GW of utility-scale solar projects in the U.S.
“Our role is to bridge the gap between vision and execution,” Ramos says. “We combine engineering, global sourcing and disciplined construction so our stakeholders can bring projects online with confidence.”
That experience has also been shaped by delivering U.S. government and military infrastructure projects overseas, where execution under challenging conditions and strict timelines was essential.
“We have the know-how, and that has served us well in this industry,” Ramos says. “We work with the best partners in the world, deploy the best technology available and leverage our global reach to keep projects moving.”
Transformers are one example, where industry-wide production backlogs continue to delay renewable energy projects throughout North America. Rather than waiting in standard production queues, SYMX partnered with one of the world’s largest U.S.-based transformer manufacturers to secure dedicated manufacturing capacity.
“They have built production capacity specifically for us,” Ramos explains. “We’re purchasing transformers in large volumes built to our specifications. We’ve invested significant resources to help expand that capacity because quality, reliability and certainty are just as important as cost.”
The same strategy extends to modules, glass, trackers and other critical components. By developing strategic supplier relationships and sourcing through trusted U.S. partners where appropriate, SYMX helps customers reduce tariff exposure while maintaining dependable project schedules.
Looking ahead, Ramos believes energy development will continue shifting toward infrastructure to support rapidly growing demand.
“We feel energy development is moving toward power that’s faster to deploy, closer to the load and more flexible,” he says. “At SYMX, we stay at the forefront by working with the best partners, deploying advanced technologies and using our global sourcing capabilities to keep projects moving even when others face delays.”
As AI, electrification and renewable energy continue reshaping the market, Ramos sees execution as the industry’s defining competitive advantage.
“Our job is to absorb the complexity,” he says. “Whether it’s supply chain, policy or technology, we simplify those challenges so our stakeholders can focus on their business while we deliver reliable power with fewer surprises.”
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