Energy & Power Grid

NPPW - National Power Plant Monitoring System

Industrial telemetry dashboard monitoring power plant generator output, grid load balancing, and transformer heat sensor data.

01 Overview

Industrial telemetry dashboard monitoring power plant generator output, grid load balancing, and transformer heat sensor data.

Scope of delivery

Engineered .NET Core industrial backend with InfluxDB time-series database for real-time power grid monitoring.

02 Business Challenge

Industrial telemetry dashboard monitoring power plant generator output, grid load balancing, and transformer heat sensor data.

03 Our Solution

Engineered .NET Core industrial backend with InfluxDB time-series database for real-time power grid monitoring.

Engineering approach

Utilized SignalR push protocols to deliver sub-100ms thermal sensor updates to power plant control rooms.

04 Design Thinking

Scope reviewArchitecture mappingBuildLaunch

05 Technical Architecture

Architecture summary: Utilized SignalR push protocols to deliver sub-100ms thermal sensor updates to power plant control rooms.

06 Technology Stack

C#.NET CoreSQL ServerAngularSignalRInfluxDB

07 Development Timeline

Delivered through structured phases - discovery, design, build, integration, and launch - with iterative releases and ongoing enhancements across a energy & power grid delivery.

08 UI Screens / Key Features Showcase

09 Before vs After

Before

Manual, disconnected workflows and limited visibility across operations.

After

An integrated, automated energy & power grid solution with a unified experience, stronger controls and measurable efficiency.

10 Performance Metrics

99.9%System SLA
< 90msResponse Time
High EfficiencyClient Impact

11 Business Outcomes

Outcomes available on request.

12 Testimonial & Connect

Project delivered by the Dogra Technologies engineering team.

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