Overview
As the global energy transition accelerates, new energy equipment such as wind power, photovoltaic, and energy storage systems are being widely deployed worldwide. Remote monitoring, data analytics, predictive maintenance, and cloud-based collaboration have become critical for enhancing asset profitability and operational efficiency. To address core challenges faced by overseas renewable energy projects—including network coverage, connection stability, data security, and cross-region operations management—TGT Technology leverages its global cloud communication service platform. This provides a reliable connectivity foundation for renewable energy enterprises expanding globally, ensuring secure and efficient energy asset operations.
What benefits you？
Reliable Wide-Area Connectivity
Intelligent multi-carrier switching provides seamless coverage in remote global locations and complex environments, ensuring 24/7 continuous online status for wind farms, solar power stations, and energy storage equipment with stable data transmission.
Unified Intelligent Management
Centralized management of globally dispersed device connections through a single platform enables real-time monitoring of device status, data consumption, and network quality, facilitating efficient remote diagnostics, policy configuration, and operations management.
Embedded Connectivity, Rapid Deployment
Integrated vSIM/eSIM technology enables devices to be online upon leaving the factory, achieving “power-on-connect” functionality. This significantly simplifies on-site installation and commissioning processes, accelerating the deployment and go-live cycles of global projects.
Localized Pricing, Optimized TCO
We offer customized local data plans and flexible billing solutions, effectively avoiding cross-border data cost pitfalls. This significantly reduces overall communication expenses for global equipment, enhancing project ROI.
Success Cases
Envision Smart's Global Wind Farm Network Deployment
Company D required a unified, secure, and scalable communication network for smart sensors and monitoring systems across wind farms in Europe, Latin America, and other regions. This network must meet high reliability demands for real-time data collection, condition monitoring, and predictive maintenance.
