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Micro Frontend Implementation for Energy Sector Mobile Applications

n-ix.com

Energy & natural resources

Utilities

Business Challenges in Energy Sector Digital Transformation

The client faced challenges with slow UI updates for tariff pricing, monolithic mobile application architecture causing performance issues, and inefficient development workflows preventing independent team deployments for their energy service applications.

About the Client

Market-leading energy supplier with 15+ years of experience in gas and electricity distribution to domestic properties

Strategic Objectives for Energy Application Modernization

Accelerate tariff pricing update deployment across digital platforms
Improve mobile application performance through micro frontend architecture
Enable parallel development and independent deployment capabilities

Core System Requirements for Energy Application Modernization

Modular micro frontend implementation using React Native
Module Federation for cross-team component sharing
Dynamic tariff pricing update mechanism
Performance-optimized application bundling

Technology Stack for Energy Application Modernization

React Native

Re.Pack

Module Federation

React Query

Redux

Next.js

Gatsby

System Integration Requirements

AWS infrastructure services
DynamoDB database integration
Vercel deployment platform
Terraform infrastructure-as-code

Non-Functional Requirements for Energy Applications

99.9% system availability for critical pricing functions
200ms maximum latency for tariff update propagation
Scalable architecture supporting 4M+ customers
Cross-platform performance optimization for mobile devices

Expected Business Impact of Micro Frontend Implementation

Anticipated 300% faster tariff pricing updates, 40% reduction in application bundle size, and 50% improvement in development team deployment efficiency through micro frontend architecture adoption.