Executive summary

With a fresh set of battery orders, Turbo Energy is moving further into commercial and industrial (C&I) storage. The company confirmed 15 projects across Spain and Chile, worth close to US$3.5 million combined. Together, the systems add up to 15.6 MWh of storage capacity and 5.95 MW of power. Each unit pairs modular battery hardware with an AI-driven management layer built to handle daily energy decisions on site.

Founded in 2013 and headquartered in Valencia, Spain, Turbo Energy, S.A. is a technology integrator focused on AI-driven battery storage and energy management. The company builds systems for residential, commercial and industrial customers, and operates as part of Umbrella Global Energy across Europe, North America and Latin America.

The company confirmed 15 firm-order C&I storage projects. The orders span Spain and Chile and carry an estimated value of approximately €3 million, equivalent to about US$3.48 million. The 15 projects are separate from the company’s previously announced 366 MWh Pamesa Net Zero industrial deployment under a US$53 million contract. The estimated €3 million order value and 15.6 MWh capacity of the new portfolio exclude the Pamesa project.

Battery capacity across the 15 projects reaches 15.6 MWh, paired with 5.95 MW of power units. Each system pairs modular battery hardware with Turbo Energy’s AI-based energy management software. The setup is designed to analyze generation, consumption and operating requirements, then automate charging and discharging decisions and coordinate storage with on-site renewable generation.

Two of the projects are already running. Three are in installation, nine are in manufacturing, and one is still in development. Turbo Energy expects the projects that are not yet operating to progress through delivery, installation and commissioning between the fourth quarter of 2026 and the first half of 2027, subject to customer site readiness and other project-specific conditions.

Mariano Soria, Chief Executive Officer of Turbo Energy, said, “Energy volatility is no longer a temporary operating issue. It is a structural risk for industrial competitiveness.” He added, “Customers are not simply looking for more battery capacity. They need an intelligent energy layer capable of coordinating generation, storage and demand around the economics of their operations.”

Recent disruptions affecting energy flows through and around the Strait of Hormuz were cited as a factor contributing to heightened volatility in oil, refined products, freight and broader energy markets. Turbo Energy frames its platform as a way to convert battery storage from standalone equipment into an actively managed energy system, helping operators optimize when electricity is generated, stored and consumed, manage peak-demand exposure and strengthen continuity during grid disruptions.