GeoEner CBS
Turns your network inventory into a connected electrical network model: switch-aware feeder tracing, feeder creation from the network, open point suggestions and transformer regions, all shown on a vector network map. For organizations without their own GIS, the network is drawn directly in GeoEner.
About the Product
GeoEner GIS turns the organization's network inventory into a connected electrical network model made of nodes, edges and assets. The inventory can come from two sources: network equipment fed from the organization's existing GIS, or records drawn directly in GeoEner. For organizations without their own GIS, GeoEner works as the GIS in which the network is drawn and maintained.
Topology is built for a province, district or selected area; line ends are joined, connections inside cells and kiosks are created automatically, and loose ends and weak links are listed as data profile warnings. Feeder tracing respects switch states: open switches are not crossed and transformers separate MV from LV tracing; every asset is classified as traced, ambiguous, in a loop or not traced. Feeders are created from the network through the substation, head line and head cell, previewed first and then confirmed. Open point suggestions find where feeders meet and score candidates for balance. Feeder reconciliation compares the calculated feeder with the existing GIS record and produces a validation report, without overwriting any record.
In Network Drawing, 21 items such as poles, transformers, lines, panels, cells, disconnectors, breakers, meters and distributed generation can be drawn; drawings snap to existing network nodes, the attribute form builds itself for the inventory type, and "Update Network" commits the drawing to the topology. Results are shown on the Network Map with server-generated vector tiles, colored by voltage and tracing status. GeoEner's map infrastructure provides OGC-compliant layers published in 14 groups, KML, MIF, GeoJSON and DXF import, and KML, MIF, DXF, DWG, GeoJSON and PDF export.
Key Features
Inventory is turned into a graph of nodes, edges and assets for a province, district or selected area. Line ends are joined, switches inside cells are chained, and busbars are created in distribution centers and cabinets. The same input always yields the same result, and loose ends and weak links are listed as data profile warnings.
nodes · edges · assetsTracing respects switch states: open switches are not crossed, transformers are galvanic boundaries and MV tracing does not cross to the LV side. The LV side is traced separately from each transformer to form transformer regions. Every asset is classified as traced, ambiguous (two feeders), loop or not traced.
switch state · MV/LVFeeders are created from the network through the substation, head line and head cell. A preview comes first, then the change is applied on confirmation, with items needing review listed separately. Where feeder numbers are not kept, feeders are opened from the substation and feeder name.
substation · head line · head cellPoints where feeders meet are found and candidates are scored for balance; switches with a known state are never suggested. Suggestions are previewed on the map and applied selectively, and the organization's own open point list can be loaded from Excel.
meeting point · balanceThe calculated feeder is compared with the feeder record in the existing GIS, with differences and a tracing summary on one screen. The feeder validation report exports as CSV or XLSX. Reconciliation is report-only and never overwrites a record.
reconciliation · validation21 items can be drawn, including poles, transformers, MV/LV overhead and underground lines, panels, cells, disconnectors, breakers, meters and distributed generation. Drawings snap to existing nodes, province and district come from the coordinates, the attribute form is built for the inventory type and fields critical to topology are mandatory. "Update Network" commits the drawing to the topology and the map.
palette · snapping · dynamic formThe network is shown with server-generated vector tiles: MV and LV in different colors, untraced, ambiguous and looped lines highlighted separately, and open switches with their own symbol. Clicking an asset shows its calculated feeder and tracing status.
vector tiles · stylingNetwork equipment, maintenance, investment and project layers are published in 14 OGC-compliant groups, and layers can be reordered, made transparent and shown by scale. Drawings import as KML, MIF, GeoJSON and DXF and export as KML, MIF, template-based MIF, DXF, DWG, GeoJSON and PDF, with transfer status to the organization's GIS tracked.
OGC · MIF · DXF · KMLAdditional Modules
How It Works
- 01Connect — inventory source
Inventory is read from the existing GIS, or mirrored into GeoEner so the network is maintained there.
- 02Build — topology
Topology is built for a province, district or selected area, and data profile warnings are reviewed.
- 03Create — feeders
Feeders are previewed from the network and confirmed, and feeder tracing runs.
- 04Validate — reconciliation and open points
Calculated feeders are compared with GIS records, open point suggestions are applied and tracing is repeated.
- 05Update — network drawing
New assets are drawn and committed to the topology and the map with "Update Network".
Who It's For
See and fix gaps in the inventory and feeder inconsistencies with topology checks and the reconciliation report.
Calculate feeders and transformer regions from the network and evaluate open point placement for balance.
Draw and maintain the network directly in GeoEner, with topology and feeder information created in the same place.
Roadmap
Organizing maintenance plans and work orders by feeder branch, with branch-level reports.
Reflecting switch states in the topology live from SCADA position signals.
Technical Summary
- Inventory source
- The organization's existing GIS, or a network maintained in GeoEner (via mirroring)
- Topology
- A graph of nodes, edges and assets; province, district or area scope; connections inside cells and kiosks
- Feeder tracing
- Switch-aware; transformers as galvanic boundaries; LV side per transformer
- Web map
- Browser-based web map with server-generated vector tiles (MVT)
- Database and publishing
- Spatial database; OGC WMS/WFS services
- Import
- KML, MIF/MID, GeoJSON (source coordinate system selectable), DXF; zip archives
- Export
- KML, MIF, template-based MIF, DXF, DWG, GeoJSON, map PDF; target coordinate system selectable
- Coordinate systems
- Web Mercator (EPSG:3857) and WGS84 (EPSG:4326); standard coordinate system transformations for import and export
- Platform
- A GeoEner module, switched on per installation, with per-screen role permissions
Benefits
- Inventory becomes a connected, traceable network
- Feeder information is calculated from the network, not entered by hand
- Works alongside your existing GIS or instead of it
- Digital Twin, PSM and Supply Continuity share the same topology
A platform that digitalizes asset, investment and maintenance management end-to-end for electricity distribution and energy companies, with geographic information system (GIS) support.
A queryable, simulatable copy of your distribution grid: poles, transformers and conductors appear in 3D on real terrain; inventory, maintenance and measurement data come together on a single asset card; health scores, outage impact, load flow and investment scenarios run on the same platform.
Supply continuity management for electricity distribution companies, from outage record to EPDK report and compensation: staged outage records, affected installations calculated from the network topology, EPDK tables and the Customer Interruption Record, compensation, quality control and an outage map in one application.
Monitor your distribution grid in real time; manage alarms, loading and regulatory risk from a single operator console. The operations module of the GEOENER platform.
Reads overhead line projects from their drawings and produces engineering results: profile, sag, ground clearance and crossing checks, pole and cross-arm suitability, mechanical and electrical calculations and grounding; with single-line diagrams and longest LV path analysis, drawing sheets and deliverables come from one place.
Other Products
GEONIVA — Drone and AI Grid Inspection
Generates drone missions from work orders, scans drone and field photos with AI, links each finding to the right grid equipment and writes approved findings into the maintenance form. Known in GeoEner as Inspection Management, it is the inspection module of the GEOENER family.
Explore ProductGeoEner PQM — Power Quality Management Software
Continuously monitors voltage sags, harmonics, flicker and unbalance; automatically audits against EN 50160 and regulatory power quality criteria, and produces audit-ready reports.
Explore ProductGeoEner İş Zekâsı — Dashboards and Benchmarking
Turns investment, project, maintenance and service quality data into management indicators from inside GeoEner, with no separate BI tool: a role-based overview dashboard, an 8-KPI benchmark including SAIDI/SAIFI, notifications on threshold breaches and a summary email every morning.
Explore ProductLet's start your digital transformation together
Reach out today to discuss your project with our expert team.