Development and marketing of a smart multifunctional LPWAN IIoT sensor for measurement of ecological parameters with autonomous power supply and low energy consumption (LoraEco)

Company "2 SENSOR PLACE" will develop and introduce on the market a multifunctional modular sensor LoraEco for measurement of the listed parameters that is self-powered and with low energy consumption: - fine dust particles - soil moisture and temperature - solar radiation PAR - ambient temperature and humidity - standard analogue signal 4-20 mA (0-10V) generated by transmitters for measurement of level, pressure, flow, current, voltage, power, CO, CO2, etc. - On/ Off signal generated by sensors for position, movement, limit switches, security sensors, etc.; - a frequency signal generated by water meters, gas and fuel flow meters, energy meters, etc.; - data received via serial interface from Modbus devices, trackers and other. The sensor is powered by a small solar panel (approximately 60x60mm) and an “energy harvester” electronic board that converts the energy from the solar panel, accumulates it in a storage and provides the voltage and current necessary for the sensor. Since the sensor operates in sleep/wake-up mode, the energy accumulated by the small solar source is sufficient for periodical measurement and data transmission. No batteries and power cables are required. The data is transmitted by LoRa WAN ™ wireless network, which differs from the other wireless sensor networks by the largest distance of data transmission at smallest electrical energy consumption. By using LoraEco, telemetric monitoring and control systems are built for: - early detection of forest fires - tracking of levels of rivers, dams - monitoring of air pollution - automated irrigation - remote reading of water meters, energy meters, gas flow meters - monitoring of pressure in water pipelines, gas pipelines, oil pipelines, gas drillings - security systems - monitoring and control of industrial installations - home and building automation - monitoring of parameters and processes, vital for the humans and animals

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Overview

Status Terminated (termination date)
Start date 13 Jun, 2019
End date 13 Dec, 2020
Contract date 13 Jun, 2019
View in UMIS

Financial information

Total cost 249,605.00
Grant 199,684.00
Self finance 49,921.00
Total paid 0.00
EU participation percent 85.0%

Location