SESCLOUD
SesCloud Data & Intelligence Energy Platform
SesCloud is a data & intelligence infrastructure built with cloud-native technology, which takes industrial big data management and AI analysis as its core. It develops and runs application systems for scenarios such as intelligent energy storage and trading. SesCloud provides infrastructure and public components for large-scale heterogeneous IOT access, industrial big data storage and management, unified data service interface, AI computing architecture and information security, forming a common platform for rapid development and integration of data & intelligence energy applications such as SesEMS and Energy On.
Advantages
1 Platform
+ N Apps
Characteristic
Analysis
Real-time
Data Capture
Approval
Mechanism
Optimization
Strategies
Smart Energy Operations Control System
SesEMS Industrial and Commercial Energy Management System
SesEMS enables the smooth integration of various systems and devices spanning wind, solar, energy storage, and charging. Users benefit from real-time monitoring, intelligent analysis, and optimized dispatching functionalities. The system supports multiple operational and profit models, including peak-valley arbitrage, demand management, and the wind-solar-storage-charging integration. Through these capabilities, industrial and commercial entities can efficiently manage electricity costs, increase the value of energy storage assets, and pursue new opportunities for business expansion.
EnergyOn ICT Energy Management System
EnergyOn is tailored for energy storage applications in communication base stations, offering extensive monitoring of energy storage system and power and environment supervision system. It facilitates the seamless integration of renewable energy sources like wind and solar power. Through the generation of intelligent strategies informed by load profiles and electricity pricing, it empowers the development of holistic green energy self-use and peak-valley arbitrage strategies. The system is geared towards improving the reliability of power supply services, cutting base station electricity costs, facilitating dispatch responsiveness, enabling multi-site aggregation, and establishing virtual power plants for demand response.
