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System Characteristics
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System Characteristics
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Low level of informatization
Difficulty in collecting information and inability to accurately understand the operation of the power plant
Lack of professional personnel
Some power station operation and maintenance personnel have varying levels of professionalism,only engaged in basic maintenance work
Poor fault handling
Excessive shutdown due to faults,resulting in significant output deviation of the power station
High management costs
The number of power station operation and maintenance personnel is high,and the cost of personnel is increasing year by year
Low repair efficiency
Diagnose the cause of the malfunction one by one,temporarily hire an external operation and maintenance team,and the supply of spare parts is not timely
High safety hazards
Lack of effective measures to prevent power plant fires,theft prevention,and electric shock accidents,and lack of centralized management of the"third eye"
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Product Features
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Product Features
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2 Wisdom
Distributed Solar PV O & M Platform
Display photovoltaic footprint, installed capacity, subsidized electricity prices, number of inverters, daily, monthly, and annual power generation year-on-year/month on month, economic benefits, environmental benefits, real-time meteorological information, real-time power generation (on the same day), historical power (yesterday), light intensity curve, and year month on day power generation bar chart
Panoramic Overview
Display photovoltaic footprint, installed capacity, subsidized electricity prices, number of inverters, daily, monthly, and annual power generation year-on-year/month on month, economic benefits, environmental benefits, real-time meteorological information, real-time power generation (on the same day), historical power (yesterday), light intensity curve, and year month on day power generation bar chart.
Draw the overall layout diagram of the photovoltaic station, including photovoltaic panels, inverters (basic information such as manufacturer, capacity, peak power), meteorological stations, grid connected cabinets, etc. Bind meteorological data for real-time changes, display electrical parameter information such as current, voltage, and power by binding grid connected cabinet data, bind DC parameters such as current, voltage, and power of each port at the DC end of the inverter, and bind AC parameters such as current, voltage, and power at the AC end of the inverter.
Real-time Monitor
Draw the overall layout diagram of the photovoltaic station, including photovoltaic panels, inverters (basic information such as manufacturer, capacity, peak power), meteorological stations, grid connected cabinets, etc. Bind meteorological data for real-time changes, display electrical parameter information such as current, voltage, and power by binding grid connected cabinet data, bind DC parameters such as current, voltage, and power of each port at the DC end of the inverter, and bind AC parameters such as current, voltage, and power at the AC end of the inverter.
Basic information of inverters (manufacturer, capacity, peak power, etc.), year-on-year/quarter on quarter information of daily, monthly and annual power generation, economic benefits, real-time power generation (on the same day) and historical power (yesterday), light intensity curve, daily, monthly and annual power generation bar chart, alarm information and alarm statistics information.
Inverter Monitor
Basic information of inverters (manufacturer, capacity, peak power, etc.), year-on-year/quarter on quarter information of daily, monthly and annual power generation, economic benefits, real-time power generation (on the same day) and historical power (yesterday), light intensity curve, daily, monthly and annual power generation bar chart, alarm information and alarm statistics information.
Judge alarms such as threshold exceeding and remote signal displacement, display alarms, equipment, parameters, time, alarm content, etc., alarm algorithm alarms (alarm for comparing differences between different circuits of the same inverter, alarm for comparing differences in power generation of different inverters).
Alarm Information
Judge alarms such as threshold exceeding and remote signal displacement, display alarms, equipment, parameters, time, alarm content, etc., alarm algorithm alarms (alarm for comparing differences between different circuits of the same inverter, alarm for comparing differences in power generation of different inverters).
Bar and curve charts display the power generation information of the power station and inverter.
Power Generation Report and Analysis
Bar and curve charts display the power generation information of the power station and inverter.
Display parameter information on the DC and AC sides of the inverter, meteorological data, grid cabinet data, historical curves of various equipment, etc.
Historical Data and Curves
Display parameter information on the DC and AC sides of the inverter, meteorological data, grid cabinet data, historical curves of various equipment, etc.
Provide monthly operation reports for power stations, displaying customer information, equipment information, power generation, economic income data, alarm analysis, etc.
Monthly Report
Provide monthly operation reports for power stations, displaying customer information, equipment information, power generation, economic income data, alarm analysis, etc
Distributed Solar PV O & M Platform
Panoramic Overview
Display photovoltaic footprint, installed capacity, subsidized electricity prices, number of inverters, daily, monthly, and annual power generation year-on-year/month on month, economic benefits, environmental benefits, real-time meteorological information, real-time power generation (on the same day), historical power (yesterday), light intensity curve, and year month on day power generation bar chart.
Real-time Monitor
Draw the overall layout diagram of the photovoltaic station, including photovoltaic panels, inverters (basic information such as manufacturer, capacity, peak power), meteorological stations, grid connected cabinets, etc. Bind meteorological data for real-time changes, display electrical parameter information such as current, voltage, and power by binding grid connected cabinet data, bind DC parameters such as current, voltage, and power of each port at the DC end of the inverter, and bind AC parameters such as current, voltage, and power at the AC end of the inverter.
Inverter Monitor
Basic information of inverters (manufacturer, capacity, peak power, etc.), year-on-year/quarter on quarter information of daily, monthly and annual power generation, economic benefits, real-time power generation (on the same day) and historical power (yesterday), light intensity curve, daily, monthly and annual power generation bar chart, alarm information and alarm statistics information.
Alarm Information
Judge alarms such as threshold exceeding and remote signal displacement, display alarms, equipment, parameters, time, alarm content, etc., alarm algorithm alarms (alarm for comparing differences between different circuits of the same inverter, alarm for comparing differences in power generation of different inverters).
Power Generation Report and Analysis
Bar and curve charts display the power generation information of the power station and inverter.
Historical Data and Curves
Display parameter information on the DC and AC sides of the inverter, meteorological data, grid cabinet data, historical curves of various equipment, etc.
Monthly Report
Provide monthly operation reports for power stations, displaying customer information, equipment information, power generation, economic income data, alarm analysis, etc
Projects References
39.688MWp Distributed Photovoltaic Project at Guangxi Yiji Iron and Steel Plant
Guangxi Tengxian Lintou Cold Chain Comprehensive Smart Energy Project
Operation and Maintenance Project of Changming Village Photovoltaic Power Station in Tongchuan
Projects References
39.688MWp Distributed Photovoltaic Project at Guangxi Yiji Iron and Steel Plant
Products Recommend
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