Jimmy Ehnberg
Jimmy Ehnberg got his MSc. Degree in electrical engineering at Lunds Institute of Technology at the University of Lund in 2001. He got Lic. eng. and Ph.D. degree from Chalmers in 2003 and 2007, respectively. Today he is working as project coordinator at Elteknik in Smart grids and his research interest are among others distribution grids and integration of renewables to the grid. He is also a co-founder of STEEP-RES that is a multidisciplinary research group focusing on renewable electricity production for autonomous grids in developing countries. Jimmy is director of the master's programme in Electric power engineering.
Showing 41 publications
Linking household and productive use of electricity with mini-grid dimensioning and operation
Ancillary service provision method for industrial involvement
Categorisation of Ancillary Services for Providers
Flexible distribution design in microgrids for dynamic power demand in low-income communities
Using system dynamics for long term bottom-up electric load modeling in rural electrification
A Probabilistic Model for Hydrokinetic Turbine Collision Risks: Exploring Impacts on Fish
Customer-Utility Interface for 2030 - Identification of functionalities and applications
Assessment of Load Profiles in Minigrids: A Case in Tanzania
Utilising excess power: the case of electrofuels for transport
Nyttiggörande av överskottsel: fallet elektrobränslen
Hydrokinetic Turbine Effects on Fish Swimming Behaviour
Who should be afraid of a tidal turbine - the good the bad or the ugly?
Optimization of Off-Shore Wind Power Plants Collection Grids
Stereo-Video Methodology for Quantitative Analysis of Fish-Turbine Interactions
Simplified site-screening method for micro tidal current turbines applied in Mozambique
Renewable ocean energy in the Western Indian Ocean
An initial assessment of Ocean Energy Resources in the Western Indian Ocean
Autonomous Power Systems based on Renewables - On generation reliability and system control
Reverse Motor Control for CCLs in AC Hybrid Minigrids
Reliability of a small power system using solar power and hydro
MAXIMAL USE OF RENEWABLES IN SMALL ISOLATED POWER SYSTEMS
Simulation of global solar radiation based on cloud observations
Generation Reliability for Small Isolated Power Systems entirely based on Renewable Sources
Reliability of a Small Isolated Power System in Remote Areas Based on Wind Power
SIMULATION OF GLOBAL SOLAR RADIATION BASED ON CLOUD OBSERVATIONS
Effects of Surface Charge Accumulation on Impulse Flashover Voltage on Silicone Rubber Surface
Generation Reliability for Isolated Power Systems with Solar, Wind and Hydro Generation
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Showing 5 research projects
Research Training Partnership with University of Rwanda – Capacity Development in Sustainable Energy
Providing Renewable Energy Technologies to Productive Use for Rural Electrification (STEEP-RES II)