IN Brief:
- Anglia Components has signed a pan-European distribution agreement with Nanopower Semiconductor.
- Nanopower’s nPZero Gen1 PMIC reduces system power by handling sensor monitoring and wake-up logic while the main MCU remains off.
- Battery-powered IoT design is shifting attention from radio energy alone to the full sensor, processor, and sleep-management chain.
Anglia Components has signed a pan-European distribution agreement with Nanopower Semiconductor, bringing the Norwegian company’s nPZero Gen1 power-management IC, development tools, and evaluation boards into stock for customers across the UK and EU.
The nPZero Gen1 is designed for battery-powered and energy-harvesting IoT systems where the host microcontroller does not need to remain active while sensors are being monitored. Instead, the device manages wake-up logic and sensor supervision while consuming nanoamps, allowing the main processor to stay powered down for longer periods.
Nanopower’s architecture addresses energy that is often left outside radio-focused optimisation. Wireless chipsets have become more efficient during transmit and receive cycles, yet many IoT nodes still lose battery life through standby processor activity, sensor polling, leakage, and poorly managed wake sequences. Moving low-level monitoring away from the host MCU can reduce that baseline draw.
The device is hardware agnostic and can be used with microcontrollers, processors, and digital sensors. Nanopower gives the headline figure as power savings of up to 90% across selected operating modes, depending on the system architecture, duty cycle, and connected peripherals.
“nPZero is a truly innovative solution and fits Anglia’s sustainability narrative perfectly,” said John Bowman, marketing director at Anglia. “The device targets battery-powered and energy-harvesting IoT applications where power budgets remain a critical constraint and we are delighted to be the first pan-European distributor to stock and support this exciting technology.”
Anthony Carter, vice president of global sales at Nanopower, added: “We share Anglia’s commitment to a sustainable future and believe with their customer reach and technical capability, they will be able to enable customers across the UK and EU to eliminate millions of batteries and make designs much more efficient.”
For industrial IoT, battery replacement remains one of the most persistent deployment costs. A sensor node that is efficient in isolation can still become difficult to scale if thousands of cells have to be checked, replaced, transported, and recycled across a distributed estate. Lowering the always-on power requirement changes the maintenance calculation, particularly for low-duty-cycle monitoring systems.
Connected-device design is also moving beyond the radio module itself. Lantronix’s Wi-Fi 6 IoT module reflects the continued development of higher-performance wireless connectivity, while Nanopower’s nPZero tackles the energy budget that surrounds the connection. A more efficient radio helps during communication; a lower-power supervisory architecture helps during the longer intervals when the device is waiting for something worth reporting.
Energy harvesting makes the same constraint sharper. Indoor light, vibration, thermal gradients, and other harvested sources can extend operating life, but they tend to deliver limited and variable power. Reducing baseline consumption allows smaller energy stores, more frequent sensing, or longer operation through periods of poor harvest.
The nPZero, associated development tools, and evaluation boards are available from Anglia now. For sensor nodes, asset monitoring, building systems, and distributed industrial devices, the agreement gives UK and European engineers local access to a power-management approach aimed at making the dormant part of the duty cycle genuinely low power.
