PV power station Centralized Control Remote Monitoring System Platform - Integrated Automation System, Inverter, Box Transformer Measurement and Control, Energy Meter Modbus RTU/TCP, CDT, IEC101/102/103/104, DLT645 Communication Management Machine Device Horizontal Isolation Vertical Certification AGC/AVC

As a professional provider of IoT data acquisition solutions and an expert in industrial IoT data acquisition, the editor of Shanghai Data Acquisition IOT Technology Co., Ltd， (daq-iot) hereby presents the following introduction, and sincerely welcomes discussions and exchanges. Supported Communication Interfaces: CAN, RS485, Mbus, 4–20mA, Profibus, CC-Link, HART, digital I/O, etc. Industrial Protocols: Modbus RTU/TCP, HJ212, IEC104, DLT645, DLMS, IEC61850, MQTT, etc. Mail:export@daq-iot.com

Constructing an unmanned Remote Monitoring system, which willPV power stationAll information is uploaded via fiber optic to the centralized control center of IoT Smart Energy Co., Ltd. Each site must be equipped with sufficientData Acquisitiondevices, and the data provided to the remote control system includes but is not limited to:Integrated Automation SystemInverter, box transformer measurement and controlelectricity meterWaiting for device information to achieve data aggregation. The collection device supports Modbus RTU/TCP, CDTIEC101/102/103/104、 DLT645 and other communication Protocol, as well as providing RS485, Ethernet and other related communication interfaces. The station Data Acquisition forwarding device should be configured separatelyCommunication management device， TheZhihuforwarding device provides wireless communication such as 4G/5G and WIFI, as well as Ethernet and RS485 interfaces, which can provide data interfaces for remote centralized control systems. It supports docking with remote centralized control side collection devices or databases through Modbus TCP, IEC104, and other methods such as calling theProtocolhistorical database API interface to achieve data uploading or writing to theReal-timehistorical database. Equipped with remote start stop control for inverters, supporting remote adjustment of active and reactive power.

All communication network equipment involved must be selected from domestic devices, and the operating system must use domestic operating systems such as UNIX. The system must be patched for vulnerabilities and reinforced, and a reinforcement report must be provided. Configure electromagnetic protection cabinets and construct redundant communication channels. The security protection work of the power monitoring system should implement the national information security level protection system, adhere to the relevant requirements of national information security level protection, and insist on "security zoning, network dedicated, horizontal isolationVertical authentication”The principle is to ensure the safety of the power monitoring system and pass the evaluation of relevant qualified units. The power grid dispatch data network, comprehensive management network, communication system equipment, and installation deployment must be carried out in accordance with the relevant requirements of the local power grid.

AGC、AVC、 Some configuration requirements for data network communication equipment shall be approved by the power grid company for system access (plan)

PV Platform demo account:http://energy.daq-iot.com/peaks/charts Account: shucai

Remote telemetry, remote signaling, remote control, and remote adjustment

Power on time system lockout status, full network power on control, active power regulation (actual value)

Shutdown time inverter on/off status full Gateway machine control reactive power regulation (actual value)

PV input voltage DI status full network power on/off control active power regulation (percentage)

PV input current active scheduling command abnormal PV shutdown reactive power regulation (power factor)

Abnormal DC input power reactive power dispatch command PV startup

Voltage and power regulation mode of power grid AB line

Active voltage regulation status of power grid BC line

Voltage and reactive power regulation status of power grid CA line

Active power control method for phase A voltage in the power grid

Identification of phase B voltage fault in the power grid

Abnormal identification of phase C voltage in the power grid

Abnormal cube of phase A current in the power grid

Address conflict of phase B current equipment in the power grid

Fault of C-phase current lightning arrester in power grid

Active power supply failure

Reactive power communication failure

Power factor license expires

Rated power main circuit breaker disconnected

Number of power grid frequency alarms

Inverter efficiency with high string voltage

Internal temperature DC arc fault

Accumulated power generation in reverse series connection

DC input total power group backflow

The current power generation statistics time string shows abnormal power

Current hourly power generation AFCI self-test failed

Short circuit of power grid phase line to PE for daily electricity generation

The power generation for the week was affected by a power outage in the grid

Undervoltage of power generation in the current month's power grid

Overvoltage of the power generation grid in the past

The previous day's electricity statistics showed that the grid voltage was unbalanced

The previous day's power generation exceeded the frequency limit of the power grid

The previous week's electricity statistics showed that the power grid was under frequency

The power generation in the previous week resulted in unstable grid frequency

The previous month's electricity statistics time output overcurrent

The DC component of the output current of the previous month's generated electricity was too large

Abnormal residual current in the previous year's electricity statistics time

Abnormal grounding of the power generation system in the previous year

Low insulation impedance for carbon dioxide emission reduction

The total voltage temperature of the busbar is too high

The maximum value of PV voltage is abnormal for the equipment

Upgrade of minimum PV voltage failed

PV negative to ground voltage average monitoring unit fault

PV ground voltage maximum value power collector fault

PV negative to ground voltage minimum value active islanding

Passive islanding with maximum active power regulation

Minimum instantaneous AC overvoltage for active power regulation

Maximum reactive power regulation, external device port short circuit

Reactive power regulation minimum value off grid output overload

Abnormal configuration of insulation impedance value battery board

Device SN standby

grid-connected

Normal grid connection

Power rationing and grid connection reduction

Self rated grid connection

Normal shutdown

Power restriction shutdown

inspection

Optimizer malfunction

The built-in PID is working abnormally

Input string to ground voltage high

Abnormal external fan

Off grid controller abnormality

String loss