Now in its 41st year of publication, in print, online, newsletters, video and across all social media platforms Modern Power Systems examines the subjects that are changing the electricity sector, from generation, transmission and distribution to digitisation and beyond.
Renowned for its informed and insightful commentary Modern Power Systems delivers up to date analysis and news as well as in-depth articles on trends, technology, and exciting projects as well as leading opinion and thought from industry experts.
From pre-event promotion, to new service or product launches, to thought leadership content marketing, to lead generation campaigns and beyond, we surely will have something to suit and fit in with your media, marketing and communications plans.
Please contact Roy Morris (roy.morris@btmi.com) or Tim Price (tim.price@btmi.com) for more information.
Media Kit ---> https://content.yudu.com/web/442ay/0A444rp/MPS-MP-25/html/index.html?origin=reader
Company Details
- Employees
- 7
- Address
- Standard House, 12‐13 Essex Street,united Kingdom
- Industry
- Electric Power Generation
- NAICS
-
Electric Power GenerationOther Electric Power Generation
- Keywords
- Power Generation, Gensets, Gas & Steam turbines, Energy storage, renewables, transmission and distribution, smart grid, HRSG's, Boiler technology.
- HQ
- London
Mps (Modern Power Systems) Questions
Mps (Modern Power Systems)'s website is http://www.modernpowersystems.com
Mps (Modern Power Systems)'s LinkedIn profile is https://uk.linkedin.com/company/mps-modern-power-systems
Mps (Modern Power Systems) has
7 employees.
View email and phone details for 7
employees at Mps (Modern Power Systems).
Mps (Modern Power Systems)'s industry is
Electric Power Generation
Mps (Modern Power Systems)'s top competitors are
Westinghouse Electric Company,
Monolithic Power Systems, Inc.,
Flotation Energy,
Kahromika,
Aces Delta, Llc,
Mps,
Nuclear Engineering International,
Holtec International,
Ges - Global Energy Services,
Exergy Orc.
Mps (Modern Power Systems)'s categories are Electric Power Generation
