Become a speaker for Power Quality & Reliability! Send all information to Joe Charno, Conference Manager

Power Quality and Reliablity, like our past events, will bring together world-renowned power quality leaders to discuss the business of power quality and the latest technologies for increasing power system reliability.

The Power Quality and Reliablity Conference attracts an audience of professionals dedicated to keeping power systems and individual facilities operating at optimal levels. Attendees of the conference will include facility managers, plant engineers, electrical contractors, design engineers and utility personnel responsible for ensuring power system reliability to critical processes and facilities.

In addition to the paper presentations, poster sessions and pre-conference workshops, the 2006 event will again offer 60-minute seminars. These seminars, conducted by either 1 or 2 co-presenters, will provide in-depth coverage on specified topics.

The conference program will be published worldwide to prospective conference participants. The following sponsoring magazines will provide marketing exposure for the conference and exhibit: EC&M, Transmission & Distribution World and Power Electronics Technology.

You are requested to provide the main contact information (author's name, title, company, address, phone, fax and E-mail), paper title, abstract (maximum 200 words), objectives of this paper (75 words), suggested paper format, biography (50 words), and track. If there is more than one author, please indicate other author name(s) and affiliation at end of the abstract. An Author's Manual will be provided with the acceptance notification, and will include specific information needed for submitting your final paper.

<Note: Paper formats include 30-Minute Paper, 60-Minute Seminar, Poster Paper, Full-Day Professional Advancement Course (6.5 hours) or Half-Day Professional Advancement Course (3 hours). Though we ask for suggested format, show management reserves right to place accepted papers where most appropriate for subject matter.

The Business of Power Quality PQ Business Models PQ - Who's Doing What Selling and Marketing PQ Services PQ Consulting PQ Education Power Quality Technology Solutions Surges, Sags & Harmonics Non-linear Loads Uninterruptible Power Supplies (UPS) Instrumentation and Measurement Grounding Applications and Solutions Surge Suppression Technologies Filtering Techniques (active/passive) Motors & Motor Drives K-factor Transformers Power Factor & Flicker Industry PQ Case Studies Utility System Manufacturing Processes Steel, Iron & Metals Heath Care Centers Institutional, Financial Facilities Data Centers Transportation Systems PQ Equipment Manufacturers Reliability & Disaster Preparedness Reliability Indices, Standards Reliability Centered Maintenance Disaster Preparation, Planning & Recovery Emergency Generation Fuel, Fuel Storage, Types Recent Reliability Lessons Learned Telecommunications Protection

Utility Deregulation The State of Deregulation World-wide Contracts & Performance Implications Compliance Metering & Monitoring Regulatory Activity/Deregulation? Future Energy Management Energy Case Studies Energy Metering & Monitoring Energy Management Control Systems Site Audits and Analysis Efficiency and Conservation Measures Energy Storage/New PQ Technologies Chemical Batteries SMES & Superconducting Magnetics Flywheels (high/low speed) Ultra/Super Capacitors Fuel Cells Power Electronics for Energy Storage Micro-Turbines Compressed Air Renewables Standards for Renewables Wind/wind Farms Photovoltaics Digester/Landfill Gas Distributed Generation Biomass Voltage Regulation PQ, Reliability Codes & Standards New PQ & Reliability Standards Revised Standards Applying Standards Electromagnetic Compatibility (EMF, EMC) Testing and Compliance (UL, IEEE, IEC)