DOE Wireless and Sensing Honeywell DOE Wireless and Sensing Program

DOE Wireless and Sensing Wireless Architecture for Industrial Systems Create and field a wireless communication system based on a unique system architecture that tightly integrates highly robust radio communications with security features essential for large-scale deployment of low-cost industrial sensors Enable application of wireless sensors to massively instrumented distributed process parameters not traditionally monitored for energy usage and/or environmental impact Demonstrate and test an affordable and easy-to-use wireless network technology in an industrial environment at two demonstration sites.

DOE Wireless and Sensing Honeywell DOE Wireless Partners Omnex FHSS radios Ember Network latency Mesh network configuration and recovery Honeywell Labs Program Leadership and Vision Security Key management Fieldbus/Modbus/OPC gateway NTRU Security Strategy Validation ADCON Radio testing and consulting ChevronTexaco Voice of the Customer Wireless Sensor Testing Honeywell IM&C Voice of the Customer Requirements analysis System Design Honeywell Specialty Chemical Voice of the Customer Wireless Sensor Testing EPRI Standards development Industrial Test Site Development Honeywell HPS Voice of the Customer Requirements analysis System Design Honeywell Bangalore Development FHSS Slot Schedular Development Figure8 ZigBee network testing TransAlta Voice of the Customer

DOE Wireless and Sensing “Industrial” Wireless Domains Analog radio Wireless IT Video monitoring Equipment monitoring and diagnostics Industrial process monitoring and control Disparate requirements by the different domains hampers emergence of widely accepted industrial wireless standard

DOE Wireless and Sensing Honeywell DOE area of focus Analog radio Wireless IT Video monitoring Equipment monitoring and diagnostics Industrial process monitoring and control

DOE Wireless and Sensing Program Directions Completed extensive Voice of the Customer (VOC) visits to 3 sites: Chemical, Power Generation, PetroChemical Analyzed feedback from XYR5000 customers installation, use, and future expectations. Completed extensive RF testing of multiple radio solutions. Developed system model of for understanding bottlenecks and scalability Developed secure communications system with convenient key management

DOE Wireless and Sensing Industrial Wireless System - Key Requirements 1. Reliable communications - Robust to single point failures - Resistant to interference / jamming 2. End to end latency control 3. Capacity and Scalability 4. Success Rate 5. Localized Faults 6. Global Solution / standard 7. Co-existence with b/g 8. Multiple periodic reporting rates 9. Data QoS Classes 10. Security - Privacy - Integrity - Authentication - Key management 11. Diagnostics /Alarm reporting 12. Power cycle recovery 13. Battery Life 3-5 years Industrial Wireless for Process Control Demands Unique Set of Requirements