Czech Republic has 27 GW queuing for grid connection. Know which sites are worth your time.
Grid connection capacity intelligence for solar, wind, and BESS developers. Screen substations in minutes — not weeks — before you commit to a location.
Get access
The status quo
Developers are burning months on sites that were never viable
Before a single application is filed, most teams spend weeks of manual research — coordinating with consultants, chasing DSO responses, and mapping data that Eneril already has. By then, a competitor may have filed first at the only substation that wasn't already full.
27 GW
renewable capacity stuck in Czech grid connection queues
3–5 years
connection approval wait at a backlogged substation
2–3 weeks
of manual site research before Eneril
The difference
Two ways to develop a site. One costs 18+ months and six figures to find out it was wrong.1
1 IEA, Permitting for Renewables (2023) · WindEurope, Permitting Statistics 2022
DSO portal PDFs — updated irregularly, no machine-readable structure
100+ data sources — DSO portals, grid registries, geospatial datasets — daily refresh, structured
Constraint check: hire a GIS analyst, wait 1–2 weeks
20+ layers — Natura 2000, military, flood, protected landscape — per parcel, instant
Grid headroom: preliminary study, 4–6 week wait, €5–15k
Queue backlog and available headroom visible before you book the call
Solar yield: manual PVGIS point query, one site at a time
Per-parcel yield + DSO curtailment risk — bulk-screenable in seconds
Fatal EIA constraint discovered in month 14. Six figures sunk.
Permanent block flagged day one — before the option agreement is signed
Site shortlist: weeks in QGIS + manual scoring in Excel
Every parcel ranked by yield, slope, and grid proximity — instantly
Who uses it
Built for every person on the team who wastes time on data that should already exist.
Solar developer
Find sites with grid headroom before you spend a day on a study.
- Queue backlog and available capacity — before the prelim study
- PVGIS yield per parcel, bulk-screenable in seconds
- Constraint overlay flags fatal blocks on day one
Longlist to shortlist in one session — without a single consultant call
Project development manager
Know about permanent blocks before the option agreement — not after.
- 14 constraint types — Natura 2000, military, flood — per parcel
- Lex OZE III acceleration zone status before you bid
- One-click feasibility summary for every candidate site
EIA risk known before you sign anything
Land prospecting analyst
Replace weeks of QGIS work with a ranked parcel list.
- Every cadastral parcel scored by yield, slope, and grid proximity
- Land-use categories and rezoning requirements visible upfront
- No manual GIS screening — filter to the sites that deserve a visit
Three weeks of GIS work done in an afternoon
How we make it work
Powered by Machine Learning, Big Data pipelines, and AI Agents — so the data you see is always accurate, current, and trustworthy.
Direct DSO feeds
Capacity data pulled from Czech DSO portals daily. Machine Learning fills the gaps where DSOs don't publish.
Confidence scoring
Big Data from 9 DSO portals, OSM, and satellite feeds — every estimate scored against thousands of verified ground-truth substations.
Live monitoring
AI Agents watch Czech DSO portals around the clock and flag the moment capacity changes.
Your next project is probably in the queue already. Get ahead of it.
Start screening Czech DSO substations today. No consultant. No DSO email enquiry. No waiting.