Similar Items: Critical evaluation of large-scale gravity energy storage using linear vernier hybrid machine technology
- Design and performance evaluation of a permanent magnet vernier machine For wind turbine generator applications
- Design of a Vernier Permanent Magnet Wind Generator
- Hybrid Energy Storage To Increase Durability And Efficiency Of Hybrid Electric Vehicles.
- Performance characteristics of hybrid cooling towers
- Design and optimisation of a modular photovoltaic – concentrating solar power hybrid plant
- Optimal sizing of hybrid utility-scale photovoltaics and pumped hydro storage plants
Author: Kamper, Maarten
- Critical evaluation of large-scale gravity energy storage using linear vernier hybrid machine technology
- Design and critical evaluation of permanent magnet wind generator technology for small-scale wind energy systems
- Opimisation techniques for the design of a DC-excited vernier reluctance machine operated as a synchronous condenser
- Critical Evaluation of slip synchronous wind generator technology
- Evaluation of a high-pole number reluctance synchronous wind generator technology
- Performance and control of multi three-phase converter-fed non-overlapping winding wound rotor synchronous wind generator