Tech Odyssey Series: How Omniflow is rethinking streetlights with EV charging, connectivity, and clean energy

A lamp post for the energy transition

Omniflow has turned an object most cities take for granted — the streetlight — into a multipurpose urban infrastructure node that can charge electric vehicles, host wireless connectivity and integrate clean energy. The company’s modular units bundle LED lighting, AC chargers for curbside EVs, edge-compute-ready comms cabinets and battery-backed solar panels into a single pole. Cities get distributed charging where drivers need it, telecom operators get dense sites for 5G small cells, and municipalities get a platform that can be used for air-quality sensors, intelligent traffic management and public safety cameras.

Why does this matter now? Rapid EV adoption, densifying mobile networks and net-zero targets are colliding in dense urban areas where space and grid capacity are constrained. Retrofitting lampposts is cheaper and less disruptive than digging up curbs for new infrastructure, and distributed batteries can smooth demand on strained local grids during peak hours. Omniflow’s approach packages hardware, software and operations — and reportedly offers both outright sales and subscription-style “infrastructure-as-a-service” deals to cities and utilities.

Hurdles: policy, supply chains and privacy

The technical pitch is compelling, but scaling requires navigating procurement, regulation and geopolitics. Who owns the power? Who holds the data? Municipalities must wrestle with charging tariffs, street-use permits and data-protection rules. It has been reported that some pilot projects are moving forward in European mid-sized cities, but long procurement cycles and conservative local budgets can slow rollout. Security concerns are also real: telecom gear and edge compute nodes are now scrutinized through the lens of national security, and cities choosing vendors must weigh interoperability against vendor risk.

Global supply chains add another layer of complexity. China dominates solar-panel manufacturing and is a major source of power-electronics components; at the same time, export controls on advanced chips and sanctions on certain vendors are reshaping where components come from. That matters for a product that combines power conversion, batteries and networking hardware. Reportedly, Omniflow is courting utilities and smart-city funds to underwrite deployments, but the path to citywide scale will require clear business models, local partnerships and navigation of the political and regulatory terrain that surrounds any infrastructure that sits on public streets.