Support for the introduction of smart relay operating on standard IEEE 802.11

The project proposal is aimed at deployment of product innovation – smart relay operating on standard IEEE 802.11. The relay has own embedded software allowing fast and secure remote monitoring and management. It features significant improvements over existing market alternatives, incl. in regards to: •technical characteristics: size, number of controlled circuits, metering •components: microcontrollers, circuit boards •firmware: web server optimized for microcontrollers, protocol for data protection in transmission •user friendliness: easy installation behind the standard light switch/ socket or in electrical appliance; remote control of temperature, humidity, lighting, security cameras, garage doors and electrical appliances; execution of predefined scenes. Thanks to the hardware improvements, it achieves an extraordinary miniaturization in managing large voltages and loads and to the software ones – a unique way of management and monitoring. The relay is distinguished by its extraordinary complexity. It can be used to control heating appliances; appliances for hot water heating (water heaters); valves; lighting; coffee machines, kitchen and other appliances; home / office equipment; irrigation systems; doors and windows with electric opening and closing / mechanisms for locking and unlocking. Building on own software algorithms, a new business model and the latest hardware solutions, the company is looking for a breakthrough in one of the priority areas of the thematic area "Mechatronics and clean technologies": intelligent systems and devices, "smart homes". The project proposal is aimed at building own production capacity and envisages the purchase of: 1.3D printer 2.Combined CNC machine for the production of circuit boards 3.MCU programmer 4.Calibrator 5.Software for centralised control 6.Servers 7.Storage

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Overview

Status Closed (completion date)
Start date 23 Jan, 2017
End date 25 Oct, 2018
Contract date 23 Jan, 2017
View in UMIS

Financial information

Total cost 1,266,211.04
Grant 696,126.62
Self finance 570,084.42
Total paid 688,900.00
EU participation percent 85.0%

Location