WEM10 is a wireless metering system for electric appliances and power consumption with:
• 1 Wireless emebedded energy measurement system
• 1 Sensor non-invasive AC Current Sensor
• Remote software visualization
A microSD card can be also used for local storing and data logging.
Wispes Wacc 2.0 node is a wireless sensor device compliant to Zigbee PRO protocol.
The node is a simplified version of W24TH and performs online monitoring of movements and motion activities.
It is available within Wispes BAN kit or alone to increase your network size.
Wispes BAN is a development kit for Body Area Network applications, which consists:
• 1 Wearable gateway (Zigbee and Bluetooth enabled)
• 2 Wacc 2.0 nodes for motion analysis.
• 1 ECG extension board
The ECG expansion board is provided with a complete set of ECG probes.
The Wearable gateway works as bridge between [...]
Multisource Energy Harvesters
EH100 is a versitile Multi-source Energy Harvester which enhances the overall efficiency and reliability of any embedded systems.
EH100 is designed with a modular architecture which enables composition of multiple energy harvesting sources including solar, wind, thermal, and vibration, each with a different optimal size.
Wispes W24TH
Enviromental wireless sensor node
W24TH
is wireless sensor node complaints to Zigbee PRO protocol.
The node could act as coordinator, router or leaf depending to the firmware downloaded.
W24TH acquires Temperature, Humidity, Vibrations, Accelerations, Light, Gas and Air pollutants.
The power management subsystem provides agile standby enabling 8µW power consumption.
» Smart energy metering,
» Building control (i.e. Smart Building and Energy Management, Climate Control ..),
» Precision farming and pest monitoring,
» Wearable wireless device for health care and wellness activities,
made with small non intrusive self-powered sensors able to bring a real time overview of the surrounding environment. WISPES is a young enterprise born in the july 2009 based to the strong partners knowledge in electronic embedded system design.