WIND TURBINE SMART LIGHTNING LOGGER Smart real-time monitoring of lightning strikes on wind turbine blades

The technological solution that provides real-time alerts and accurate information about lightning strikes on wind turbines Wind turbines are prone to lightning strikes due to their characteristics and locations. Sensorisation, telecommunications and digital platforms facilitate optimal management of wind turbine maintenance in the event of a lightning strike. WIND TURBINE SMART LIGHTNING LOGGER is the smart system for real-time warning and registration of lightning strikes, which is installed on the blades of wind turbines and uses IoT communication to report the impact and its characteristics...

WIND TURBINE SMART LIGHTNING LOGGER Accurate lightning information: objective decisions WIND TURBINE SMART LIGHTNING LOGGER is a smart logging device that continuously monitors electrical activity on the wind turbine blades where it is installed, providing information about each lightning strike amplitude, polarity, duration, load, specific energy, date and time. Operation WIND TURBINE SMART LIGHTNING LOGGER provides real-time lightning strike alerts in a centralised way and through IoT communication for one or multiple facilities. Each registered data is transferred via IoT communication to...

WIND TURBINE SMART LIGHTNING LOGGER Economical savings in blade maintenance WIND TURBINE SMART LIGHTNING LOGGER provides accurate lightning current information to determine the urgency and type of response required, as well as providing objective information in the event of an incident. Ă Determine the urgency and Ă Validation of materials, design and protection of blades and other wind turbine elements. Provides characteristics of impact, so that the urgency of corrective actions can be adjusted. Demonstration of designs, materials and protections that prevent damage from lightning strikes of...

WIND TURBINE SMART LIGHTNING LOGGER System features Real-time lightning strike warning. Local storage of measurement history. Objective criteria for shutdown and corrective maintenance. Greater data security. Configurable and remotely operable. Autonomous power supply. User portal and APP, in addition to userdefined channels. Real-time recording and characterisation. Ă Amplitude. Long battery life and recharge via USB port with Power Bank. Compact design. Single module that includes the sensor, electronics, IoT communications system and autonomous power supply. Ă Polarity. Ă Duration. Ă Load....

WIND TURBINE SMART LIGHTNING LOGGER System features Connectivity Cloud-based system Triple secured server AT-CLOUD, where the algorithms transform locally measured data into useful information for the customer. Permanent connection Redundant and secured system with 24/7 service guaranteed at any time by the redundancy of the servers in three different locations. Real-time consultation of monitored sites. Access to the personalised dashboard from any device. Communications architecture Multiple wireless communication technologies (mobile 2G / 3G / LTE-M / NBIoT), all of them secured through a...

WIND TURBINE SMART LIGHTNING LOGGER Wind Turbine Logger-Connect: visualisation platform Multi-channel alert system Information is centralised for multi-location customers and is managed from anywhere via multichannel management solutions (private web portal, mobile devices, SCADA integration, e-mail, sound alarms, etc.). Ă Mobile App for visualisation and reception of alarms Ă Alerts indicated on the map and in a pop-up element Ă Real-time visualisation of the status of equipment on Ă Generation of PDF reports and downloading of CSV format files for studies and reports by the user. Ă Real-time...

WIND TURBINE SMART LIGHTNING LOGGER Technical data WIND TURBINE SMART LIGHTNING LOGGER Art. no. Ă AT-003R Monitored parameters Ă Amplitude (kA) Ă Polarity (+/-) Ă Duration (µs) Ă Load (C) Ă Specific energy (kJ/Ω) Ă Date (dd/mm/aa) Ă Time (hh:mm) Detection limit Ă Maximum tested: 200 kA (10/350µs) Ă Minimum: 2 kA (8/20µs) Power supply Surrounding material Ă Polycarbonate Ă UNE-EN IEC 60068-2-6 Ă CEM: - ETSI EN 301 489-1 - ETSI EN 301 489-52 - IEC 61000-6-4 - Directive RED UNE-EN 3014891 + UNE-EN 301489-52 Installation Ă Installed directly on the conductor to be monitored, fixing the equipment...

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Contact Name: Company: email: Country: Message: I accept the terms and conditions. Read terms and conditions. APLICACIONES TECNOLÓGICAS S.A. Parque Tecnológico de Valencia C/Nicolás Copérnico, 4 - 46980 Paterna (Valencia), SPAIN (+34) 961 318 250 AT-V01-EN