PowerTest27 – Electrical Equipment Event in Orlando, Florida
Date: 2027-03-08 to 2027-03-12
Venue: Rosen Shingle Creek
Location: Orlando, Florida, United States
Industry: Electrical power testing, maintenance, safety and reliability
PowerTest27 is NETA’s electrical power safety and reliability conference in Orlando. The program serves testing firms, equipment manufacturers, power providers, engineering companies, industrial facilities, technicians, and operations leaders working with electrical power systems.
This event may be useful for industrial manufacturers, suppliers, engineers, operations leaders, and business development teams evaluating new technologies, vendor relationships, and market opportunities.
Attendees can use the event to follow trends in electrical power testing, maintenance, safety and reliability, compare supplier capabilities, and identify practical ideas for manufacturing operations, equipment planning, sourcing, and industrial growth.
Topics and Industries
- electrical testing
- commissioning
- system maintenance
- power reliability
- electrical safety
- equipment diagnostics
- workforce training
Event FAQ
What is PowerTest27?
PowerTest27 is an event focused on electrical power testing, maintenance, safety and reliability for professionals interested in industrial technology, supplier relationships, manufacturing operations, and market trends.
When and where is PowerTest27?
PowerTest27 is scheduled for 2027-03-08 to 2027-03-12 at Rosen Shingle Creek in Orlando, Florida, United States.
Who should consider attending PowerTest27?
The event may be useful for manufacturers, industrial suppliers, engineers, plant managers, operations leaders, procurement teams, executives, and business development professionals evaluating equipment, services, and industry partnerships.
What topics are covered at PowerTest27?
Relevant topics include electrical testing, commissioning, system maintenance, power reliability, along with related industrial applications, supplier capabilities, and manufacturing technology trends.
