Map of Subsoil Constraints for Kildare-Meath Grid Upgrade Step 3
Map of Subsoil Constraints for Kildare-Meath Grid Upgrade
Step 3
Map of Cultural Heritage Constraints for Kildare-Meath Grid Upgrade Step 3
Map of Cultural Heritage Constraints for Kildare-Meath
Grid Upgrade Step 3
Map of Landscape and Visual Constraints for Kildare-Meath Grid Upgrade Step 3
Map of Landscape and Visual Constraints for Kildare-Meath
Grid Upgrade Step 3
Map of Surface Water Constraints for Kildare-Meath Grid Upgrade Step 3
Map of Surface Water Constraints for Kildare-Meath Grid
Upgrade Step 3
Map of Geology Constraints for Kildare-Meath Grid Upgrade Step 3
Map of Geology Constraints for Kildare-Meath Grid Upgrade
Step 3
Map of Biodiversity Constraints for Kildare-Meath Grid Upgrade Step 3
Map of Biodiversity Constraints for Kildare-Meath Grid
Upgrade Step 3
Environmental Constraints Report Kildare Meath Grid Upgrade
This Environmental Constraints Report has been prepared to
identify the environmental constraints that should be
considered for the Kildare-Meath Grid Upgrade / CP966
project.
Strategic Social Impact Assessment Scoping Report Kildare-Meath Grid Upgrade Step 3
This Social Impact Assessment Scoping Report has been
prepared to identify the social impacts that could occur
as a result of the Kildare-Meath Grid Upgrade / CP966
project and to assess the three technologies under
consideration.
Confirmation of Need Report The Kildare-Meath Grid Upgrade in Step 3
We have previously (in Step 1) identified that we need to
strengthen the transmission network between Dunstown and
Woodland stations. In Step 3, this need has been reviewed
and is still robust.
Cable integration studies for Kildare-Meath Grid Upgrade Step 3
The studies associated with cable integration cover:
1- Steady state load flow studies for the determination of reactive
compensation
2- Frequency domain studies to establish harmonic voltage magnification and
potential breaches, and
3- Time domain studies to check possible temporary overvoltages (TOV) and
zero-cross missing phenomenon during cable energisation.