Enterprise Modernization and IoT Platform Development for Renewable Energy Systems Manufacturer

The client faces difficulties in modernizing outdated enterprise systems to support the scaling of digital products, optimize production management, and facilitate remote monitoring and control of energy devices. The existing infrastructure limits performance, maintenance efficiency, and expansion capabilities as the company grows globally, necessitating a comprehensive digital transformation.

A mid to large-sized manufacturer specializing in renewable energy solutions, including photovoltaic systems, energy storage, and controlling devices, aiming to enhance digital infrastructure and IoT capabilities to support global operations.

• Modernize the enterprise IT architecture to improve system integration, maintainability, and scalability.
• Design and implement a cloud-based IoT platform supporting high performance and seamless expansion with new connected device types.
• Develop web applications enabling remote device management, control, and monitoring of energy systems such as photovoltaic inverters, batteries, and heat pumps.
• Establish guidelines for system architecture, vendor selection, and software development lifecycle to ensure digital product quality and operational efficiency.
• Enable secure, scalable, and cost-effective IoT infrastructure to support global deployment and future growth.

• A cloud-based IoT platform supporting diverse device types with high performance and scalable architecture.
• An internal web application for enterprise staff to oversee system operations, maintenance, and device management.
• A mobile or web interface for end-users to monitor and control connected energy devices remotely.
• Remote monitoring, device diagnostics, and control capabilities for photovoltaic inverters, energy storage units, and heat pumps.
• Support for system configuration, firmware updates, and maintenance scheduling through the application.

• Device communication protocols with IoT devices for remote control and data collection
• Vendor APIs for device firmware updates and configuration management
• Security systems for authentication and authorization
• Enterprise resource planning (ERP) or manufacturing execution systems (MES) if applicable

• High system performance supporting real-time data processing and device control with minimal latency
• Scalability to support a growing number of connected devices and users
• Robust security measures, including data encryption and secure access controls
• High availability with 99.9% uptime
• Cloud infrastructure optimized for cost management and maintenance efficiency

The implementation of a modern enterprise IT and IoT platform is expected to significantly improve operational efficiency, enable scalable deployment of digital energy solutions, and reduce maintenance costs. The system will facilitate real-time, remote monitoring and control, helping to optimize energy production and storage, thereby supporting increased capacity and market reach, with an objective to enhance system reliability and support growth in multiple international markets.