1 / 11

D EVELOPMENT OF AN U LTRA LOW ENERGY WIRELESS AND LOW COST T ELECONTROL S YSTEM

D EVELOPMENT OF AN U LTRA LOW ENERGY WIRELESS AND LOW COST T ELECONTROL S YSTEM. PILOTING WATER DISTRIBUTION. THIERRY SARTORIUS DIRECTEUR GENERAL HYDRELIS. HYDRELIS. French company operating since 2007 Manufacturer of the water-switch-breaker Leak detection Clock function

ruana
Download Presentation

D EVELOPMENT OF AN U LTRA LOW ENERGY WIRELESS AND LOW COST T ELECONTROL S YSTEM

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. DEVELOPMENT OF AN ULTRA LOW ENERGY WIRELESS AND LOW COST TELECONTROL SYSTEM PILOTING WATER DISTRIBUTION THIERRY SARTORIUS DIRECTEUR GENERAL HYDRELIS

  2. HYDRELIS • French company operating since 2007 • Manufacturer of the water-switch-breaker • Leak detection • Clock function • Limitation of consumption • DN 15 TO DN100 • 12 years autonomy • Average 30% water savings • Key customers

  3. HYDRELIS

  4. THE CONSORTIUM

  5. MARKET STATUS • Current AMR systems are mostly designed for : • One way communications (meter reading mainly) • Proprietary systems with limited possibilities for external and standard interfaces • Current AMR systems have difficulties to deal with: • More complete exchanges (commands / remote setup) • Multiple on field devices with using different protocols • Remote control on water wastages

  6. UP STREAM DOWN STREAM MARKET TRENDS Hydrelis has opened the way for more efficient devices with local intelligence based on flow / consumption or quality of water • These require bi-directionnal remote control communication systems for: • Data collection (meter readings) • Event-driven alarm (water leakage, quality) • Remote commands (open/close) • Remote configuration (Setup / options) This concept can be extended to other devices

  7. PROJECT • The project is to consider: • - On field low power equipment: • Pressure measurement • Quality control • pH, • Chlorine, • Turbidity • Water switch-breakers • Actuators • Ultra low power communication systems including multi-protocol concentrators with low power radio and/or GSM/GPRS link. • Supervision tool • Data-base management tool • User-friendly Front-end • Forecasted resources consumption (Decision Support System) • Supervision according to external conditions and regulations

  8. Tests and validation 4 Development of an advanced bi-directional communication protocols 1 Building multi-protocol interface 2 5 Field application to the Switch-Flow / Sensors / Actuators Supervision IS 6 Developping integrated low power telecontrol modules 3 THE PROJECT

  9. Low power water switch-breaker APPLICATIONS • Water distribution networks • Industry • Irrigation • Waste water Improvingtheefficiency Smart use & pre-payment Failuremonitoring Low power pressure probe Process control Quality Cost control Remote control Méteooptimisation Méteo control Network management Qualityassurance Global communitymanagement Data concentrator

  10. PROJECT

  11. FINANCING & SUPPORT

More Related