Smart Energy Cloud Platform-Global supplier

13th Floor, Building I1, Zhongjian Optics Valley Star, No. 799 Gaoxin Avenue, Donghu High tech Zone, Wuhan City

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1、 Platform architecture
The architecture of the smart energy platform is designed in four layers: perception layer, network layer, platform layer, and application layer. It is based on a standard specification system and guaranteed by a security protection system. It integrates and connects internal and external related systems, and has a flexible, reliable, and easy to expand architecture to meet the differentiated needs of different users.
Perception layer: Adapt to various energy intelligent terminals such as cold, hot, gas, and electricity to achieve energy information standard collection and intelligent control.
Network layer: Applying standardized communication protocols and multi type network transmission technologies to achieve interconnectivity between devices, platforms, and services.
Platform layer: Build a smart energy big data center to support smart energy services.

Application layer: Using devices such as PC, mobile applications, and large screen systems as the system presentation layer, it provides application systems that meet business needs for governments, energy consumers, energy operators, and energy product and service providers.

2、 Function Introduction

Comprehensive large screen: realizing multi-dimensional panoramic energy monitoring, providing scientific and detailed energy data, based on regional geographic information and visualization technology, realizing panoramic monitoring of internal energy flow, regional multi energy supply and demand, regional energy consumption and efficiency monitoring, enterprise/user energy consumption monitoring, alarm and warning, etc., supporting enterprises to comprehensively supervise their own energy consumption, improve energy use economy and effectiveness.

Hydroelectric system: Dynamically monitor the operating conditions, operating time, and performance parameters of hydroelectric power plant equipment to ensure the normal operation of the station. Combining GIS maps to display the geographical location, water level, rainfall, real-time electricity consumption, and power station warnings of power stations, in order to comprehensively grasp the operation of power stations. The system provides query work for power station warning information, which can view the current warning information prompts of the power station. The system compares various indicators of the power station, such as start-up and grid connection time, power factor, water utilization, and plant electricity consumption, with other similar power stations to obtain a ranking of indicators for this type of power station. It identifies the weaknesses of each power station and provides guidance for improving its power generation efficiency.

Photovoltaic system: For distributed photovoltaic power plants, data is collected from various photovoltaic power plants, such as geographic location information, inverter information, energy information, etc., and transmitted to the comprehensive service platform. The platform accepts data for analysis and processing, generates power generation reports and forecasts, or sends fault information to the operation and maintenance center. The operation and maintenance center, in conjunction with operation and maintenance engineers, provides intelligent operation and maintenance services including monitoring, maintenance task assignment, and message push.

Video system: A video surveillance system that utilizes real-time and historical video monitoring functions to assist in safety production, reduce management costs, and improve work efficiency. It is integrated into the management systems of hydropower and photovoltaic power plants and is an essential part of centralized management for various stations. Centralize the monitoring screens of each power station and manage all power stations uniformly.

Production management system: Using technologies such as big data analysis, the data is designed, classified, and analyzed in a multidimensional and three-dimensional manner through comprehensive energy analysis, energy generation analysis, and other methods. It comprehensively analyzes energy capacity, production capacity and energy consumption, energy efficiency management, energy-saving services, and provides support for sustainable energy development.

3、 Application scenarios
The intelligent energy comprehensive service platform serves various users such as governments, parks, and enterprises, supporting various application scenarios such as energy regulation, energy hosting, operation and maintenance services, demand response, and park customer cluster services.
The intelligent energy integrated service platform gathers diversified energy data of various user groups in the region, runs through the whole process of energy industry services, provides comprehensive energy intelligent services for the participants of the energy Internet, highlights energy analysis and application of results, achieves consultation, co construction, sharing and win-win with the government, consumers, upstream and downstream enterprises and other relevant parties, and initially establishes the smart energy ecosystem.