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Nanjing Swo Electric Co., Ltd
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Nanjing Swo Electric Co., Ltd

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    3103075172@qq.com

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    18921998062

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    Maigaoqiao Entrepreneurship Park Technology Research and Development Base, Qixia District, Nanjing City

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Akey310 Energy Efficiency Management System

NegotiableUpdate on 11/05
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Overview

Brief description: The Akey310 energy efficiency management system extensively draws on existing technology and experience, and is committed to technological innovation. Its product (series) covers protection and measurement control systems for transmission and distribution lines and main equipment with voltage levels of 110kV and below, and provides complete solutions for automation of substations and power plants with various voltage levels. The Akey310 energy management system is carefully designed based on our company's years of experience in undertaking system projects such as smart grid construction, building automation, factory energy and equipment management, large commercial plazas, and school energy conservation supervision. Through the energy management system, data can be analyzed and analyzed

Product Details

Akey310Welcome to contact Tang GongWe mainly specialize in fire equipment power monitoring, motor protection controllers, multifunctional meters, rail mounted energy meters, electrical fire monitoring, intelligent lighting control, and intelligent control devices for switchgear
Akey310 Energy Efficiency Management SystemAkey310
Akey310 Energy Efficiency Management SystemAkey310

Company Name: Nanjing Swo Electric Co., Ltd
Akey310 Product Introduction
Akey310 products extensively draw on existing technology and experience, and are committed to innovation in technology. Its product series covers protection and measurement control systems for transmission and distribution lines and main equipment with voltage levels of 110kV and below, and provides complete solutions for automation of substations and power plants with various voltage levels. The Akey310 energy management system is carefully designed based on our company's years of experience in undertaking system projects such as smart grid construction, building automation, factory energy and equipment management, large commercial plazas, and school energy conservation supervision. Through the energy management system, data collection, statistics, and analysis can be carried out, data release and remote transmission can be carried out, energy operation plans can be analyzed and optimized, and energy usage status can be recorded and accumulated; Real time online monitoring of energy usage can be achieved through various charts, curves, etc., providing managers with different levels of management permissions to view energy usage anytime and anywhere, and enabling remote management. The power monitoring system software is a new generation of distribution monitoring software system. The Akey310 power management system is suitable for the centralized reading and operation management of power distribution at various voltage levels on the user side. The system sets up energy meters for each electrical circuit and uses computer communication technology for centralized collection, thereby helping users achieve reasonable distribution of electricity, transparent operation and maintenance management, and improving the intelligent management level of electricity consumption.



Akey310 functional features

According to the amount of investment in the network communication layer, Ethernet can be composed of various methods such as fiber optic communication, 3G/GPRS wireless communication, RJ45 interface communication, etc
Support real-time monitoring and measurement of water, electricity, gas, heating, cooling, and other types of energy
Environmental temperature: 20 ℃~+60 ℃
Ban Yao has no update cycle:<3S


Akey310 Technical Specifications
Building energy consumption analysis
Analyze and compare the hourly, daily, and monthly electricity consumption between buildings, floors, and floors, and analyze the ranking of building energy consumption at different stages.
Analyze the trend of a certain period of time through different methods such as curve charts and bar charts, and support report output. And display the values, outliers, averages, and totals of each sub item, highlighted in different colors.
This analysis is particularly suitable for the analysis of buildings such as schools, and can analyze the energy consumption between buildings and floors such as teaching buildings, office buildings, and dormitory buildings. It can intuitively discover buildings and floors with high electricity consumption, analyze the hidden dangers that hinder energy conservation as a whole, and provide a basis for refining energy consumption in the next step.
Energy consumption analysis of electricity sub items
Statistically analyze the hourly, daily, and monthly energy consumption of buildings or areas, and analyze the trend of a certain period of time through different methods such as curve charts and bar charts, supporting report output. It can perform arbitrary combination queries on * level sub items, secondary sub items, and tertiary sub items, providing a function of comparative quantification and displaying the values, small values, average values, and total values of each sub item. By displaying them in different colors *, the energy consumption of sub items can be reduced based on these values, providing basic data for energy conservation.
Share energy consumption trends
By displaying the energy consumption trend during this time period in the form of curve charts and bar charts, analyzing the power consumption situation during normal and abnormal working hours, the on duty personnel can intuitively discover the existing situation and make timely judgments.
Energy consumption analysis of departmental departments
The specific functions include subdividing the energy consumption of various large building departments, analyzing the trend of a certain period of time through hourly, daily, and monthly usage in different ways such as curve charts and bar charts, and supporting report output. It can perform arbitrary combination queries on departments of the same level, statistical departments, and departmental departments, playing a comparative and quantitative role, and displaying values, small values, and totals in each sub item, highlighted by different colors. By analyzing the energy consumption of a certain electrical equipment in the department, it is more specific to the energy consumption situation. Through the curves and bar charts of the department, it is very intuitive to discover the energy consumption problems that exist in the department. Comparing and analyzing the energy consumption situation of departments with the same functions is more conducive to mutual energy conservation between departments. This analysis function provides strong and advantageous basis for energy-saving analysts from the global to the local, from the whole to the individual.
Energy consumption analysis of building classification
At the same time as completing data processing and uploading, the system classifies and analyzes building energy consumption, which fully complies with the definition of the "Technical Guidelines for Energy Consumption Detection Systems in Government Office Buildings and Large Public Buildings". Building energy consumption is divided into the following six categories: electricity consumption, gas consumption (natural gas or coal gas), centralized heating heat consumption, centralized cooling heat consumption, and other energy applications (such as centralized hot water supply, coal, oil, renewable energy).
Real time monitoring of energy consumption data
The system collection station regularly collects instrument parameters from each monitoring point and uploads them to the local building energy consumption analysis and management system database. Users can query the energy consumption monitoring situation in real time locally, and can judge the points of pressure loss, current loss, and inability to collect data at each collection point at any time, making it convenient for users to track and handle the on-site situation in a timely manner.
Building energy-saving auxiliary diagnosis (real-time alarm function)
The system can extract various energy consumption data for comparative analysis of the same environment, establish benchmark values, and determine the energy consumption level of each monitoring point. Users can set different alarm time periods, and the system will automatically analyze possible situations based on expert databases, propose a complete diagnostic process for energy consumption improvement, and provide energy consumption analysis reports.

*****Industry News*****
After adding thermal storage devices, in the Zhangjiakou area, the nighttime electricity price is 0.1 yuan to 0.15 yuan, and the daytime electricity price is above 0.6 yuan. With such electricity prices, thermal storage devices can completely replace the operating costs of coal-fired heating. The operating cost of the power storage system is 2000 yuan to 3000 yuan/kWh, and the cost of the thermal storage system is about 200 yuan/kWh when converted to kWh. The battery cost of the power storage is 10 times the cost of the thermal storage device. On the morning of the 13th, this exchange and customer visit activity was kicked off in the speech of China Mongolia Power (Group) Co., Ltd. The company has established its own sales team in various parts of the country, and its products cover 26 provinces, municipalities and autonomous regions; At the same time, there is a dedicated customer service department and team. Through systematic training and assessment of technical personnel with college degrees or above, they are familiar with the safety operation regulations of the power system and the on-site operation norms of our company's products, and can provide on-site guidance and training for product use and maintenance. The customer service network covers the whole country, and strength is the foundation and guarantee of smart grids. However, there are still many technical problems in microgrids. After receiving the award, the * award-winning contestants of Huaneng Group ran to the training teachers of Sifang Company, tightly held the hands of the training teachers, and refused to let go for a long time. They expressed their sincere gratitude to the training teachers of Sifang Company, saying, "We cannot achieve such good results without the strong support and efforts of Sifang Company, and the hard work and dedication of the training teachers. A simple thank you, This includes full recognition of the support and guarantee work undertaken by Sifang Company for this competition, as well as gratitude and encouragement to all staff. According to the announcement, the deadline for obtaining the bidding documents is before 17:00 on August 13th, the deadline for submitting the quotation documents is 9:00 on August 16th, and the planned delivery date is February 28th, 2019,

*****Project Case*****
☆ Workers' Stadium
☆ Xinjiang Military Region Three Zero Mining Project
Guangxi Liuzhou Iron and Steel Plant
☆ Tianjin University of Technology
☆ Yunnan Dayao County People's Hospital
☆ Chengdu Chunxi Building
Shandong Huayu Power Plant
☆ Electrical distribution project for the new factory building of Tianjin Crane Equipment Co., Ltd
☆ Tianjin Drug Inspection Institute
☆ * Move


Akey310 Energy Efficiency Management Host Akey310
Akey310 Energy Efficiency Management Host Akey310
Akey310Welcome to contact Tang GongWe mainly specialize in fire equipment power monitoring, motor protection controllers, multifunctional meters, rail mounted energy meters, electrical fire monitoring, intelligent lighting control, and intelligent control devices for switchgear