A leader in grid reliability and resiliency, Electric Power Engineers (EPE) has partnered with power and energy clients across the globe for over 50 years. EPE’s client-centric approach delivers unmatched expertise throughout the project lifecycle, with a platform of comprehensive services and proprietary solutions spanning utility engineering, grid and resource integration, reliability and compliance, digitalization, and grid analytics, as well as innovative software partnership with its sister company ENER-I.AI, Inc.
Committed to designing and developing the grid of the future, EPE’s highly experienced team of detail-oriented consultants are passionate about helping clients address complex engineering and grid modeling challenges, bridge gaps, and gain visibility into the evolving complexities of the grid. Learn more about EPE at epeconsulting.com
Company Details
- Employees
- 654
- Founded
- -
- Address
- 5301 Southwest Pkwy, Suite 150,united States
- Industry
- Utilities
- NAICS
-
UtilitiesElectric Power Generation, Transmission and Distribution
- Website
- epeconsulting.com
- Keywords
- Engineering consulting, Transmission planning, Engineering management, Distribution, Wind energy, Solar Power, Renewable generation, Interconnection Agreements, GIS, Electrical design, Transmission grid evaluation, Plant design, Locational Marginal Pricing.
- HQ
- Austin, Texas
Electric Power Engineers Questions
Electric Power Engineers's website is epeconsulting.com
Electric Power Engineers's LinkedIn profile is https://www.linkedin.com/company/epeconsulting
Electric Power Engineers has
654 employees.
View email and phone details for 654
employees at Electric Power Engineers.
Electric Power Engineers's industry is
Utilities
Electric Power Engineers's top competitors are
Siemens Energy,
Epri,
Rms Energy Co, Llc,
Psc Consulting,
Quanta Technology, Llc,
Power Engineers,
Elevate Energy Consulting,
Black & Veatch,
Ercot,
Burns & Mcdonnell.
Electric Power Engineers's categories are Utilities
Electric Power Engineers's founding year is 1968
