Hybrid battery demo enters third phase
The system will now be linked up to a wind turbine as well as the power grid for the third and final stage of the project.
Hybrid battery demo enters third phase Read More »
The system will now be linked up to a wind turbine as well as the power grid for the third and final stage of the project.
Hybrid battery demo enters third phase Read More »
The document was produced as part of the association’s open networks project – an industry initiative to establish the future roles and responsibilities of networks, and foster the creation of a smart grid.
ENA reveals roadmap for shift to DSO model Read More »
Sector-wide initiatives to develop and offer to customers quicker and lower capital DG integration into the distribution network began in the early 2000s. Various ad hoc approaches utilising available protection, control and operational communications technologies had already been implemented in a small number of places at that point. But interest and activity in ANM grew quickly in parallel with both clean energy incentives and network innovation funding. A major breakthrough came in the form of a multiple generating unit, multiple network constraint ANM system in the renewable rich Orkney Islands. Scottish & Southern Energy Networks and Smarter Grid Solutions pioneered a more sophisticated, scalable and acceptable technological approach to flexible DG connections and the ANM system in Orkney has now been in continuous and successful operation for 10 years delivering significant benefits to renewable generator and customers.
Dealing with distributed energy Read More »
The network operator says its five year long Northern Isles New Energy Solutions (NINES) project has shown the ability of smart grids to operate reliably with high levels of renewable penetration.
Active network management triumph in Shetlands smart grid scheme Read More »
What has changed most about the way EA Technology works today compared with when it was established?
A golden age: EA Technology celebrates 50 years Read More »