The energy landscape is undergoing a structural transformation. Electrification, digitalization, and AI are not only increasing energy demand, but they are also reshaping how energy systems are designed, managed, and distributed.
Electrification is expanding across industries, while AI-driven infrastructure is placing new demands onpower systems. At the same time, the transition toward hybrid AC/DC architectures is reshaping how electricity flows across data centers, industrial systems, and buildings.
This evolution is exposing limitations in legacy infrastructure, particularly in the protection layer. Systems designed for centralized environments must now support bi-directional, hybrid, distributed operations.
Schneider Electric recognizes that enabling this next phase requires embedding intelligence directly into software, moving beyond static systems toward real-time control, flexibility, and resilience.
For Schneider Electric, staying at the forefront of this shift requires a dual approach: advancing deep internal R&D capabilities while partnering with the most innovative companies shaping the future of energy technology. Through SE Ventures, the venture fund backed by Schneider Electric, we engage directly with startups developing the technologies that will define the next generation of energy systems.
Co-designing solid-state protection with AlpSemi
One timely example is with AlpSemi, a startup addressing one of the most critical gaps in modern electrical systems, enabling scalable solid-state protection aligned with the needs of increasingly electrified infrastructure.
Schneider Electric R&D teams have been working closely with AlpSemi to co-design semi-conductor technology for solid-state circuit breakers: a new generation of semiconductor-based hardware.
At the center of this collaboration is the transition from electromechanical protection to solid-state circuit breakers (SSCBs). These systems operate without moving parts, interrupt faults in microseconds, and enable digital control of power flows, unlocking higher performance and reliability across both AC and emerging DC architectures.
AlpSemi’s technology is designed for power protection, enabling more efficient and scalable solid-state solutions. This approach addresses a key barrier to adoption and supports the shift toward software-driven power systems.
What this means for energy infrastructure
Addressing this bottleneck requires both new system design and breakthroughs in underlying technologies; Embedding intelligence directly into power distribution enables more resilient systems capable of responding dynamically to changing conditions and integrating a growing mix of energy sources.
For Schneider Electric, the partnership with AlpSemi aligns with a broader shift toward software-enabled defined energy systems, where intelligence is built directly into software and enabled by the infrastructure itself.
Advancing innovation through partnership
The pace of transformation in energy requires new models of collaboration. Startups bring focused innovation, while industry leaders provide system expertise and the ability to deploy solutions at scale.
Schneider Electric leverages SE Ventures to support and foster startup innovation, alongside providing industry expertise and system-level insight. SE Ventures bridges external and internal innovation ecosystems, building relationships with visionary founders and driving commercialization through partnership and integration.
With various models of partnerships, Schneider Electric is combining co-development, investment, and system integration to advance energy technology toward more intelligent, resilient, and efficient energy systems.
Watch more ways partnerships are accelerating AI and energy innovation—and why collaborating across ecosystems is the only way to scale what’s next.
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