Controlling Environment Monitoring Networks
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The document discusses a seminar presentation by Olli Ojanperä and Panu Kilponen on controlling environment monitoring networks, emphasizing the efficient management and benefits of Vaisala's observation network manager (NM10) and road weather station (RWS200). The RWS200 is designed to optimize winter maintenance and improve air quality, while the NM10 system allows for remote monitoring and problem-solving to ensure better data accuracy. Additionally, the platform's development has led to significant business results, including a faster time to market for various weather observation systems.
Controlling Environment Monitoring Networks
- 1. Controlling Environment Monitoring Networks CLEEN MMEA Seminar 23.09.2015 / Olli Ojanperä & Panu Kilponen Session 1: Data, data everywhere - open and closed data
- 2. Controlling Environment Monitoring Networks • Efficient central management and control • Vaisala Observation Network Manager NM10 • Vaisala Road Weather Station RWS200 • RWS200 environmental benefits • MMEA platform accelerated development • Business results • NM10 and RWS200 demo
- 3. Efficient Central Management and Control • Connects individual systems, sensors, and devices to easily monitor and control sites, and access observation and environmental data from anywhere • Remote monitoring and access to field devices allows to efficiently identify and solve problems quicker for more consistent and better data
- 4. © Vaisala Oyj Vaisala Observation Network Manager NM10
- 5. RWS200 Vaisala Road Weather Station RWS200 is designed for the future of road weather systems and Intelligent Transportation Systems (ITS). RWS200 is a complete platform that solves any weather challenge that faces in transportation organizations. RWS200 can be used on roads, rails, and runways to optimize winter maintenance activities.
- 6. © Vaisala Oyj Station configuration Local data visualization Wireless local maintenance access over WLAN Remote connection Remote management and upgrades Direct access to observations Sensor monitoring Data quality check Data archiving Data collection system NM10 Visualization Observation system Distribution system WS Web Service API NMWebServiceAPI
- 7. RWS200 Environmental Benefits • Significantly less of defrost chemicals to soil – Better groundwater • Less exhaust gas to air due fluent traffic – Better air quality • Ensure safe operations in airports – Higher safety level
- 8. MMEA Accelerated Development • Technology choice selections in MMEA platform • Prototyping Vaisala testbench to MMEA platform • Research results (e.g. data quality control) • Support for Vaisala internal software platform based on MMEA architecture and platform development • FMI open data accelerated system performance testing with real observation and environmental data • RWS200 prototypes based on platform development
- 9. Business Results • MMEA program helped us to focus on application development - shorter time to market – Weather radars and airport weather observation systems to PME Saudi Arabia 6.9 M€ (Stock Exchange Release) – Enabler for modern fleet management system solutions – UK Cornwall Council, US Georgia DOT, Finland ELY – About 200 RWS200 stations sold already
- 10. DEMO