Anglia and Nanopower Reduce IoT Power and Increase Battery Life for UK and EU Customers

Why It Matters

The deal accelerates adoption of ultra‑low‑power IoT designs in Europe, cutting operational costs and reducing electronic waste. It gives OEMs a hardware‑agnostic tool to meet stringent power budgets while supporting sustainability mandates.

Key Takeaways

• Nanopower's nPZero cuts IoT power draw by up to 90%
• Anglia becomes first pan‑European distributor of nPZero
• Solution works with any MCU, sensor, or processor
• Expected to eliminate millions of batteries across UK and EU

Pulse Analysis

IoT devices have long been hampered by limited battery life, especially in remote or hard‑to‑service installations. While most chipmakers focus on reducing the energy used during radio transmission, the bulk of consumption often occurs in sensor polling and microcontroller idle states. Nanopower’s nPZero Gen1 tackles this hidden drain by assuming sensor monitoring and wake‑up logic, allowing the primary MCU to remain powered off for extended periods and drawing only nanoamps. The result is a dramatic reduction in overall power draw, extending device lifespans and enabling true energy‑harvesting deployments.

The partnership with Anglia Components gives Nanopower immediate access to a vast European distribution network. Anglia’s portfolio spans over 2 billion components and serves OEMs and EMS firms across the UK and EU, offering services such as VMI, API integration, and rapid sampling. By adding nPZero to its catalog, Anglia can provide customers with a plug‑and‑play, hardware‑agnostic power‑saving solution that integrates seamlessly with existing designs. This accelerates time‑to‑market for low‑power IoT products and reinforces Anglia’s sustainability narrative, differentiating it from competitors.

Beyond immediate technical benefits, the agreement supports broader environmental objectives. Europe’s tightening regulations on electronic waste and the growing corporate focus on carbon footprints make battery elimination a strategic priority. Deploying nPZero at scale could prevent the disposal of millions of small batteries, reducing hazardous material leakage and lowering supply‑chain costs. As more manufacturers adopt ultra‑low‑power architectures, the market is likely to see a surge in energy‑harvesting and battery‑free IoT solutions, positioning both Anglia and Nanopower as leaders in the next wave of sustainable electronics.