Analysis runs, packaged like an operating queue.

Run status

Completed

Updated 27 Mar 2026

Latest summary

Of the four candidates returned, only Mayo candidate 0180 falls within the defined Western Ireland screening boundary (counties Galway, Mayo, Clare, eastern Roscommon/Sligo). The Dublin, Cork, and Kildare candidates are geographically out of scope and should be disregarded for this query. Mayo candidate 0180 scores 93 overall with low planning risk (3), 3.04% protected-area coverage, and excellent terrain fit. It is the sole viable candidate in the requested geography based on current data.

Run status

Completed

Updated 27 Mar 2026

Latest summary

Shortlist reranked with manual methodology weights: planning cleanliness 50%, grid proximity 35%, usable screened area 15%.

Run status

Completed

Updated 27 Mar 2026

Latest summary

Four utility-scale solar candidates identified in Ireland meeting low-risk screening criteria. Dublin candidate 0393 leads with exceptional planning risk (1) and grid proximity (0.56km), followed by Cork (94), Kildare (93), and Sligo (93). All candidates demonstrate favorable land fit (>97), minimal protected area coverage (<10.5%), and sub-5km grid proximity. Primary differentiators are planning risk variance and geographic solar irradiance advantages (south/east bias).

Run status

Completed

Updated 27 Mar 2026

Latest summary

This screening interprets "Show promising solar candidate areas in western Ireland with fewer planning conflicts." as a utility-scale solar pv development (ground-mounted, >1mw capacity) brief in Western Ireland (Counties: Galway, Mayo, Roscommon, western Offaly, western Tipperary, Clare, Limerick, Leitrim, Sligo; defined as the NUTS 2 West region and western portions of the Mid-West region) and prioritizes candidates that balance planning quality, grid posture, and delivery simplicity.

Run status

Completed

Updated 27 Mar 2026

Latest summary

This screening interprets "Prioritize lower-risk utility-scale solar candidates in Ireland with strong grid access and manageable planning exposure for an early-stage development team." as a utility-scale ground-mounted solar pv (≥1 mw) brief in Ireland (country-wide, early-stage screening) and prioritizes candidates that balance planning quality, grid posture, and delivery simplicity.

Run status

Completed

Updated 27 Mar 2026

Latest summary

This screening interprets "Find lower-risk utility-scale solar opportunities in Ireland with strong grid posture and limited protected-area exposure." as a utility-scale solar pv (ground-mounted, >1mw) brief in Republic of Ireland (country-wide screening) and prioritizes candidates that balance planning quality, grid posture, and delivery simplicity.

Run status

Completed

Updated 26 Mar 2026

Latest summary

Four utility-scale solar candidate zones identified across the Irish midlands and west. The Athlone fringe area (score 72) leads with the strongest combination of low planning risk (28) and grid access (79), sitting at a county boundary well-positioned between transmission infrastructure. Three candidates cluster at score 66 (East Galway, North Longford) with moderate risk profiles, while South Mayo (score 57) lags on grid access and carries elevated planning sensitivity. All four represent viable utility-scale zones above 1MW, though Irish grid headroom constraints remain a critical verification item.

Run status

Completed

Updated 26 Mar 2026

Latest summary

Four utility-scale solar candidates assessed for Ireland development. Athlone fringe cluster leads on the meritocracy (score 82) with best planning risk (28) and grid access (79). Galway-east (77) offers the strongest west-alignment while maintaining acceptable risk and grid metrics. Longford-north (74) is a viable mid-tier option. Mayo-south (64) ranks last—lowest scores across all metrics with highest planning risk (42) and weakest grid access (58).

Run status

Completed

Updated 26 Mar 2026

Latest summary

This generated screening keeps the same coarse-ranking structure but adapts the brief and shortlist emphasis to the new prompt.

Run status

Completed

Updated 25 Mar 2026

Latest summary

This generated screening keeps a stronger western bias while still protecting for coarse infrastructure viability.

Run status

Completed

Updated 25 Mar 2026

Latest summary

This generated screening keeps the same coarse-ranking structure but adapts the brief and shortlist emphasis to the new prompt.

Run status

Completed

Updated 25 Mar 2026

Latest summary

This generated screening keeps a stronger western bias while still protecting for coarse infrastructure viability.

Run status

Completed

Updated 25 Mar 2026

Latest summary

This generated screening keeps the same coarse-ranking structure but adapts the brief and shortlist emphasis to the new prompt.

Run status

Completed

Updated 23 Mar 2026

Latest summary

This generated screening keeps the same coarse-ranking structure but adapts the brief and shortlist emphasis to the new prompt.