EnergyOn
EnergyOn
– ICT Energy Storage
EnergyOn is designed for ICT energy storage scenarios, supporting green power access and can generate intelligent strategies for comprehensive green power self-use as well as peak-valley arbitrage based on load and tariff, thus achieving the goal of improving power supply service quality and reducing ICT electricity costs. In addition, it also supports multiple operation modes such as dispatching response, multi-station aggregation to build virtual power plant.
Features
Panoramic Monitoring
Conducting extensive monitoring of communication base stations across various locations, encompassing real-time tracking of system operational efficiency, status of power and environment supervision system, load profiles, energy storage systems, and the operating status of renewable energy sources such as wind and solar power.
Intelligent Operation and Control
Automatically formulating optimal operational control strategies by considering load demands, backup power necessities, and the integration of wind and solar power, thereby achieving the goals of enhancing power supply service and cutting electricity costs.
Smart Maintenance
Utilizing intelligent diagnostics to assess the status of energy storage systems and batteries, pinpointing anomalies and faults. Remote upgrades are executed through OTA updates to minimize the need for on-site visits.
Aggregation Dispatching
Responding intelligently to higher-level dispatching based on load forecasts for individual stations; aggregating energy storage systems from numerous base stations to engage in demand response and other higher-level dispatching modes.
Core Functions
Panoramic Monitoring
Intelligent Operation & Control
Aggregation Dispatching
Data Analysis & Intelligent Report
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.
Features
Panoramic Monitoring
Conducting extensive monitoring of communication base stations across various locations, encompassing real-time tracking of system operational efficiency, status of power and environment supervision system, load profiles, energy storage systems, and the operating status of renewable energy sources such as wind and solar power.
Intelligent Operational Control
Automatically formulating optimal operational control strategies by considering load demands, backup power necessities, and the integration of wind and solar power, thereby achieving the goals of enhancing power supply service and cutting electricity costs.
Smart Maintenance
Utilizing intelligent diagnostics to assess the status of energy storage systems and batteries, pinpointing anomalies and faults. Remote upgrades are executed through OTA updates to minimize the need for on-site visits.
Aggregation Dispatching
Responding intelligently to higher-level dispatching based on load forecasts for individual stations; aggregating energy storage systems from numerous base stations to engage in demand response and other higher-level dispatching modes.
Core Functions
Panoramic
Monitoring
Intelligent
Operations Control
Aggregation
Dispatching
Data Analysis &
Intelligent Report
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