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Every Feeder. Every Pole. Every Transformer — On One Map.

Complete GIS mapping of electricity distribution networks for DISCOMs and state electricity boards — enabling faster fault detection, better planning, and real-time operational visibility.

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Replete GIS Solution
40%
Faster Fault Response
100K+
Network Elements Mapped
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Project Visual / Photo
Overview

GIS for Power Distribution Networks

Most electricity distribution companies in India operate networks that were designed decades ago — with records spread across paper maps, manual registers, and fragmented databases. This makes fault detection slow, capital planning difficult, and consumer services reactive.

Replete builds complete spatial models of distribution networks: every feeder, transformer, pole, and service connection — mapped, attributed, and connected to operational systems.

Our most significant power GIS project is CSPDCL in Chhattisgarh — a complete GIS survey and system delivery for the state distribution utility, enabling faster fault response, better capital planning, and accurate consumer mapping.

  • Complete distribution network GIS — feeders, transformers, poles, service connections
  • GPS-surveyed network with sub-metre spatial accuracy
  • Feeder-wise network tracing and analysis
  • Outage management GIS tools
  • Consumer premise mapping and tagging
  • Integration with SCADA, billing, and asset management systems
  • Change management for network additions and modifications
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Capabilities

What We Deliver

Every capability is built from real project experience with Indian government bodies.

Network Survey & Mapping
GPS field survey of the entire distribution network — every pole, transformer, and LT/HT line mapped with coordinates and attributes.
Feeder Mapping & Analysis
Create feeder-wise network models — enabling load analysis, fault isolation, and planning for feeder segregation and augmentation.
Outage Management GIS
Spatial tools for rapid fault identification — field teams can locate faults on a live map and dispatch via the shortest route.
Consumer GIS Mapping
Map every consumer premises with GPS coordinates — enabling accurate billing zone mapping and consumer-to-transformer linkage.
SCADA Integration
Connect GIS with SCADA systems — overlaying real-time operational data on the spatial network model for live visibility.
Capital Planning GIS
Spatial planning tools for network augmentation — identify capacity bottlenecks, plan new feeders, and prioritise CAPEX by geography.
How We Work

Our Delivery Process

A structured process built around the realities of government project delivery in India.

01
Network Scoping
We assess the scale and data availability — existing records, staking sheets, SCADA data — and design the survey approach.
02
GPS Field Survey
Survey teams map the entire network — poles, transformers, LT/HT lines, feeder routes — with GPS devices and structured attribute capture.
03
Network Model Build
Survey data is processed into a topologically connected GIS network model — enabling tracing, analysis, and integration.
04
System Integration & Delivery
GIS is integrated with SCADA, billing, and asset management systems — with training and support for the operations team.
Case Studies

Projects Delivered

View all projects →
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CSPDCL · Chhattisgarh
Power Distribution Network GIS
Complete GIS survey and system delivery for Chhattisgarh State Power Distribution Company — mapping the full HT/LT network with feeder analysis, outage management tools, and billing zone GIS.
Full state network SCADA-ready
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State DISCOM · Maharashtra
Urban Network GIS Mapping
GIS mapping of the urban distribution network for a Maharashtra DISCOM — feeder mapping, consumer GIS, and operational dashboards for the control room.
Urban network Feeder analysis
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Power Utility · South India
Rural Feeder GIS System
Rural distribution network GIS for last-mile electrification monitoring — tracking feeder performance, consumer connections, and outage patterns by geography.
Rural network Last-mile
Technology

Tools & Platforms We Use

We work with the world's leading GIS platforms — not claiming partnerships, stating capability.

ArcGIS Network AnalystQGISGPS survey equipmentSurvey123PostGISArcGIS OnlineAutoCAD MapSCADA connectorsOpenLayersAndroid survey apps

What Our Clients Say

★★★★★
"Having every feeder and transformer on a live map has fundamentally changed how our operations team works. Fault response is significantly faster."
P
Project Lead
CSPDCL, Chhattisgarh
★★★★★
"Capital planning used to be based on gut feel. Now we can see exactly where the network is stressed and prioritise augmentation by geography."
H
Head of Planning
State DISCOM, Maharashtra
★★★★★
"Consumer mapping linked to our GIS has improved billing accuracy and helped us identify unmetered connections we didn't know existed."
R
Revenue Manager
Power Utility
FAQ

Frequently Asked Questions

What network elements do you map?
Substation locations, feeder routes (HT/LT), distribution transformers, poles, service connections, and consumer premises.
How do you handle areas with no existing records?
We conduct fresh GPS field surveys — treating the area as uncharted and building the network model from scratch.
Can the GIS connect to our SCADA system?
Yes — we build GIS-SCADA integration so real-time operational data is visible on the spatial network map.
How accurate is the network model?
GPS accuracy is typically 3–5m for standard surveys. For substation and high-value asset locations, we achieve sub-metre accuracy.
Can field officers use the GIS for fault management?
Yes — we build mobile GIS tools for field teams to locate faults, navigate to them, and update network status from the field.
What's the ROI of power network GIS?
Faster fault response, better CAPEX planning, accurate consumer billing zones, and reduced outage duration — clients report 30–50% improvement in fault response time.

Ready to start your Power Network GIS project?

Talk to our GIS team — we'll respond within 24 hours with a project discussion outline.

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