Udførte Projekter i ind- og udland:
Poreluft Automatic Vacuum Extraction System for Soil Gas Measurements
A measurement system, in Danish called "EDSC Poreluftudtager", is a new way to improve the quality of taken soil gas samples, inclusive of documentation for the flow rate and volume, time of vacuum pumping and regulation.
This system, installed into a Waterproof Cabinet, consists of a Vacuum Pump, Vacuum Meter, Mass Flow Meter, high-precise Control Valve and a Datalogger, all powered by a 12V accumulator for at least 8 hours of field operation before re-charging.
The measurement system has a setup of wanted volume and flow rate for the soil gas, and should stop automatically, when preset values is obtained. All data around vacuum and flow rate are logged into a Datalogger for later transfer, analyzing and documentation of the total measurement.
 Location: Denmark
 System: ED
 Sensors: Water stop filter
 Data Handling: HOBOware Pro Software and user defined analyzing software.
Link to Datasheet in Danish:  EDSC Poreluftudtager datasheet (pdf.fil)
Weather Station for Cranes during Wind Turbine erection
 A battery powered Weather Station with Short Range Modem communication is developed and produced for documentation during erection of Wind Turbines. It is important to know, when wind speed exceed the working limit of max wind speed for the Cranes during the job.The Weather station consist of 2 parts, one installed in top of the crane and one connected to PC at ground. The top part consists of a Datalogger, Modem, 12V accumulator, time switch and a Cupanemometer, mounted at top of crane. The bottom part connected to a PC, is a Short Range Receiver Modem and a RS232/USB adapter for communication to and from PC. The 12V accumulator has a capacity of at least 1 month of operation by daily wireless transfer of data from the datalogger.
 Location: Used all over the world
 System: ED, Hobo
Sensors: Wind Speed
Data Handling: Hobo BoxCar Pro Software
NRG Weather Station for Swaziland
For wind and solar measuring along the Tikhuba site a 50m XHD Talltower System has been delivered and installed for Ministry of Natural Resources and Energy & Swaziland Meteorological Service. The measuring system consist of a 15 channel SymphoniePlus Datalogger together with a GSM GPRS Ipack, mounted into a weather proof cabinet for data sampling and transfer to the local GSM network. The system is solar powered and has 6 calibrated Anemometers, 2 Wind Direction Sensors, 1 Temperature Sensor, 1 Barometric Pressure Sensor and 2 Pyranometers for measuring of the weather parameters.
For diffuse radiation measurement a Kipp & Zonen Shadow Ring is installed along the mast. The erection of the 50m Mast was made by a well function Hydraulic Winch system from NRG including a Honda gasoline engine and Ginpole. This equipment together with the local technicians made a successful and safe installation of the tower.
 At top of mast a battery powered LED Obstruction Light was mounted for 24 hours of operation. The 12V accumulator  for the top light has a capacity of 150 hours of operation and is connected through a battery charger to the local 220V AC network. Lightning protection was established with an extra mast and ground wiring due to high lightning intensity in this area.
 Location: Tikhuba, Swaziland, Africa
 System: NRG 50m XHD SymphoniePlus Now System, Licor, Kipp & Zonen, Dialight
Sensors: Wind Speed, Wind direction, Air Temperature, Barometric Pressure, Solar Radiation
 Data Handling: Symphonie Data Retriever Software 

NRG-Now Systems for UNDP Philippines
For United Nations Development Programme (UNDP), three 50m XHD SymphoniePlus NRG-NOW Systems had been delivered, inclusive of five Install Kits for the TallTower Masts. Also Ipack Kits for GSM have been  included together with spare sensors and Arrowhead anchors. The delivery has been made as "Free surface Shipment" from NRG - USA and to Port Manila. UNDP has arranged all inland transportation and installation of the equipment.
 Location: UNDP, Philippines
 System: 50m XHD SymphoniePlus NRG-NOW System
 Sensors: Wind Speed and Direction, Air Temperature
Data Handling:  Symphonie Data Retriever Software
 Photo: NRG Systems 

 
Off-shore Weather Station for Danish Electricity Supply Utility
For the Horns Rev 2 Project, the worlds largest offshore Wind Farm, ED Service-Center has delivered a Weather Station, mounted at the top of the Transformer Station, installed 30 km west of Blåvandshug.
The Weather Station has a DT80 Datalogger for collecting and storing of data, delivered from 1 Cupanemometer, 1 Analogue Wind Direction Sensor, 2 Air Temperature Sensors, 2 Relative Humidity Sensors, 2 Barometric Pressure Sensors and 1 Ultrasonic Wind Sensor for wind speed and direction. The data is generated as average, max and min, gust and standard deviation values and transmitted as Modbus data to a common SCADA system.
All sensors are installed at a 4 m alu-mast with a tipping mountings for easy maintenance.
Location: Horns Rev 2 Wind Farm, Denmark
 System: ED, Data Electronics, Vaisala
 Sensors: Wind Speed, Wind Direction, Air Temperature, Barometric Pressure
 Data Handling: On-line from Datalogger to SCADA System 		  
Hobo Weather Stations for the University of Roskilde
 In connection with a Ph.d. project at Faroe Island, three Hobo Weather Stations type H21 were delivered for measure of Wind Speed, Air Temperature, Rain and Soil Moisture. The Hobo H21 Datalogger with max 15 Smart sensor inputs and 512KB flash memory was mounted at a 2m Tripod for collecting and storing of data. These Tripods were modified locally for installation at rocky hillsides.
A Hobo Shuttle was used for transfer of data from the Dataloggers and to the office. HOBOware Pro software did the analyzing of the collected data.
Location: Faroe Island
 System: Hobo H21
 Sensors: Hobo Smart Sensors for Wind Speed, Air Temperature, Counter for Rain Collector, Soil Moisture.
 Data Handling: HOBOware Pro
 Photos: Mads-Peter Dahl 

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