Reference Projects
Sample of some of the projects that ZIV has delivered worldwide.
01
Ireland - Virtual Power Plant
This project demonstrates a small rural distribution network with a high degree of DER penetration.
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The solution demonstrates the network running as a microgrid, with the capability to perform a blackstart and support external network areas by exporting excess generation using a virtual power plant application.
05
United Kingdom - Cornwall
The ANM system provides WPD with the ability to actively manage new generation connections to ensure the network will continue to operate within its operational limit. Thermal and voltage constraints are a barrier to generator connection on the 132kV and 33kV networks. The ANM controlled network includes three 132kV Grid Supply Points and associated 33kV systems. It manages a LIFO stack of over 81 ANM controlled generators and monitors multiple thermal and voltage constraints over approximately 2000 circuits and 1000 transformers.
04
United Kingdom - Driffield
Driffield is a model based L2 ANM system that manages all constraints, Seasonal Ratings, Shared Ratings and Reverse Power Flow. The system dynamically adapts to actual network topology and in response to thermal constraints setpoints are issued to DERs based on Merit Stack.
06
United Kingdom - Blyth
This Generation Management System is implemented at a GSP Substation and was required to manage thermal constraints on cables and transformers, voltage constraints and export constraints. The system managed 4 generation sites , 26MW Windfarm , 20MW Windfarm , 54MW Windfarm , 400MW Powerstation.
07
United Kingdom - South Devon
This Generation Management System is implemented at a GSP Substation and was required to manage thermal constraints on cables and transformers, voltage constraints and export constraints. The system managed 4 generation sites , 26MW Windfarm , 20MW Windfarm , 54MW Windfarm , 400MW Powerstation.
09
North Sea - Shetland Islands ANM
This is a thermal constraint management system that is deployed as a microgrid. The Level 3 controller is deployed centrally but is controlling power on the Sheltand Islands. Currently the network is not connected to the mainland and must support ANM and Microgrid capabilities.
