Logo
  • Cases & Projects
  • Developers
  • Contact
Sign InSign Up

Here you can add a description about your company or product

© Copyright 2025 Makerkit. All Rights Reserved.

Product
  • Cases & Projects
  • Developers
About
  • Contact
Legal
  • Terms of Service
  • Privacy Policy
  • Cookie Policy
Development of a Mobile Asset Management Application for Renewable Energy Operations
  1. case
  2. Development of a Mobile Asset Management Application for Renewable Energy Operations

Development of a Mobile Asset Management Application for Renewable Energy Operations

spiria.com
Energy & natural resources

Identified Challenges in Renewable Energy Asset Management

The client needs a mobile solution to enable facility managers to monitor and manage renewable energy production assets in real-time. Currently, complex data is displayed on large screens, and there is a lack of accessible, user-friendly mobile interfaces suited for field operations, which hampers swift decision-making and operational efficiency.

About the Client

A mid-sized renewable energy company managing wind, solar, and hydroelectric assets seeking real-time monitoring and operational support via mobile application.

Goals for Developing a Real-Time Mobile Asset Management System

  • Create a native mobile application supporting real-time performance monitoring of renewable energy assets.
  • Design an intuitive and engaging user interface tailored for small screens and field use.
  • Improve decision-making speed by providing instant access to asset status, production data, and performance indicators.
  • Extend the system to support multiple platforms, including iOS and Android, for broader usability.
  • Enhance operational efficiency and responsiveness of facility managers in the field.

Core Functional Capabilities for Mobile Asset Monitoring

  • Real-time display of asset status and performance metrics.
  • Customized dashboards tailored for renewable energy production managers.
  • Interactive prototypes to validate usability hypotheses before final release.
  • Native app development on iOS with Swift, with plans for Android version development.
  • Integration with existing energy management platforms for seamless data access.
  • Agile development processes including regular quality assurance and testing.

Technical Stack and Architectural Preferences for Mobile Integration

iOS Swift for native app development
Prototyping with UX/UI best practices
Agile development methodology with iterative sprints

External Systems and Data Sources Integration Needs

  • Existing energy management platforms to fetch live data
  • Real-time data APIs for performance indicators
  • Potential integration with asset monitoring hardware

Essential Non-Functional System Attributes

  • Application performance optimized for responsiveness in field conditions
  • High data security standards to protect sensitive energy data
  • Scalable architecture supporting future platform expansion including Android
  • Reliable updates and testing processes aligned with agile development

Projected Business Benefits and Performance Improvements

The mobile asset management application aims to significantly enhance operational efficiency by providing field managers with instant access to critical performance data, leading to faster decision-making and optimization of renewable energy assets. Expected outcomes include improved monitoring accuracy, streamlined workflows, and expanded platform support to facilitate broader deployment across energy farms.

More from this Company

Development of a Mobile Video Editing Application for Rugged Device Ecosystem
Development of a Customized Order and Production Management System for Manufacturing Operations
Enterprise Digital Campaign Management and Hardware Integration System
Development of a Mobile User and Asset Tracking Application for Enhanced Field Operations
Automated Data Entry and Validation System for Mining Exploration Operations