Hosting Capacity Map Solutions
Increase transparency and application speed with advanced hosting capacity maps.


Increased transparency and application speed with advanced hosting capacity maps
Our Hosting Capacity Map solutions provide real-time, location-specific insights that simplify interconnection planning, reduce manual workload, and minimize back-and-forth. Most importantly, the applications enable initial self-service screenings that help with the pre-application impact assessments and streamline the grid connection process.
Empowering Customers with Real-Time Hosting Capacity Insights
Cut siting research from weeks to minutes with real-time data
Increase developer trust and improve engagement
Significantlyreduce engineering needs for project siting
Updated, Reliable and Consistent Data
Automated processing
Free up internal resources by automating the hosting capacity update process
Faster updates
envelio’s high performance platform enables faster updates with up to real-time maps
Integrated view
Consolidate different maps, supporting layers, and processes into one central interface.
Modern interface
Highly customizable interface with many features for first-in-class customer experience
Reduce speculation
Provide reliable insights to reduce speculative applications in the queue
Advanced analysis
Cross-functional teams can access time-series and seasonal data without running manual calculations
Related Solutions
Interconnection Studies
envelio’s solution for smarter Interconnection Studies helps utilities accelerate and automate the entire interconnection process from initial request to final approval.
Interconnection Pre-Application
Our Interconnection Pre-Application tools enable developers to confidently identify viable interconnection points for load and generation projects, without tasking utility personnel.
Explore further

Case study: The Strategies of Readying Helsinki’s Power Grid for 2030 with envelio

Case study: Introducing a POI self-checker for end customers at E.DIS

White Paper: Scaling the Distribution
Interconnection Process