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Development of a Secure, User-Friendly Digital Customer Portal for Efficient Energy Consumption and Billing Management
  1. case
  2. Development of a Secure, User-Friendly Digital Customer Portal for Efficient Energy Consumption and Billing Management

Development of a Secure, User-Friendly Digital Customer Portal for Efficient Energy Consumption and Billing Management

artkai.io
Energy & natural resources
Information technology
Business services

Identified Challenges in Customer Energy Management and Digitalization

The client faces challenges with a traditional paper-based reporting and billing system, resulting in limited customer engagement, high operational costs, and inefficient communication. Customers lack access to detailed usage data and remote payment options, leading to increased support requests and reduced satisfaction, especially among non-tech-savvy demographics. The existing system hampers operational efficiency and sustainability efforts.

About the Client

A large regional energy distribution company aiming to streamline customer interactions, bill management, and consumption tracking through a comprehensive digital platform.

Goals for Digital Customer Portal Development

  • Create a multifunctional online portal for private and business customers enabling easy access to account summaries, detailed billing information, and consumption history.
  • Implement secure and high-performance systems capable of supporting over 1 million concurrent users daily.
  • Reduce operational costs by digitizing bill management and payment processes, eliminating paper and third-party transaction fees.
  • Enhance customer experience by providing intuitive, accessible interfaces optimized for various age groups and technical skills.
  • Integrate with existing CRM and billing systems to automate data exchange and streamline workflows.
  • Empower customers with tools to monitor, analyze, and control their energy consumption, including historical data and efficiency tips.
  • Facilitate remote payments across multiple secure options and enable self-service for billing queries and support requests.

Core Functional Requirements for the Digital Energy Management Platform

  • Customer account dashboard showing meter readings, consumption metrics, and billing summaries.
  • Historical energy usage analysis with graphical representation and benchmarks.
  • Ability to review, download, and pay bills online through multiple payment gateways.
  • Reminders for upcoming payments, outages, and usage alerts.
  • Self-service portal to submit service requests, track status, and manage contracts.
  • Responsive UI design optimized for various devices and user demographics.
  • Secure login with multi-factor authentication and data encryption.
  • Real-time communication channels with support operators.

Preferred Technology Stack and System Architecture

Frontend: TypeScript, Vue.js, Nuxt.js
Backend: Node.js, Express.js, Spring
API Design: REST, GraphQL, Swagger
Database: MySQL
Messaging & Real-Time: Socket.io
Security & Infrastructure: Best practices for high security, fault tolerance, and performance optimization

Essential System and External Service Integrations

  • CRM systems for customer data synchronization
  • Billing and payment processing gateways
  • SAP or equivalent enterprise resource planning (ERP) integration for billing and contract data
  • Notification services for real-time updates

Non-Functional Requirements for System Reliability and Performance

  • System performance supporting over 1 million daily users with minimal latency
  • High reliability with fault-tolerant architecture
  • Data security complying with privacy standards, including multi-factor authentication and encrypted data storage
  • Scalability to handle peak loads during billing cycles or outages
  • Usability ensuring accessibility for elderly and not technically savvy users

Projected Business Benefits of the Digital Platform

The implementation of the digital customer portal is expected to result in a 1.5 times increase in concluded contracts, a threefold improvement in customer satisfaction scores, and a significant reduction in support center requests. These benefits collectively will enhance operational efficiency, reduce paper and transaction costs, and improve overall customer engagement and empowerment in energy management.

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