lift AMPT to new StatusApi
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@ -1,46 +1,60 @@
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using DecimalMath;
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using InnovEnergy.Lib.Protocols.Modbus.Clients;
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using InnovEnergy.Lib.Protocols.Modbus.Connections;
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using InnovEnergy.Lib.StatusApi.Connections;
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using InnovEnergy.Lib.Units.Composite;
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using static DecimalMath.DecimalEx;
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namespace InnovEnergy.Lib.Devices.AMPT;
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public class AmptCommunicationUnit
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{
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private ModbusTcpClient Modbus { get; }
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private ModbusTcpClient? Modbus { get; set; }
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private const Int32 RegistersPerDevice = 16;
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private const Int32 FirstDeviceOffset = 85;
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private const UInt16 RegistersPerDevice = 16;
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private const UInt16 FirstDeviceOffset = 85;
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public String Hostname { get; }
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public UInt16 Port { get; }
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public Byte SlaveAddress { get; }
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public AmptCommunicationUnit(String hostname, UInt16 port = 502, Byte slaveAddress = 1)
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{
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var connection = new ModbusTcpConnection(hostname, port);
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Modbus = new ModbusTcpClient(connection, slaveAddress);
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Hostname = hostname;
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Port = port;
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SlaveAddress = slaveAddress;
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}
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public AmptStatus? ReadStatus()
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public AmptCommunicationUnitStatus? ReadStatus()
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{
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try
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{
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return TryReadStatus();
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var modbus = OpenConnection();
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return TryReadStatus(modbus);
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}
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catch (Exception)
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catch
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{
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Modbus.CloseConnection();
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Modbus?.CloseConnection();
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return null;
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}
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}
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private AmptStatus TryReadStatus()
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private ModbusTcpClient OpenConnection()
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{
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// Console.WriteLine("Reading Ampt Device");
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if (Modbus is null)
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{
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var connection = new ModbusTcpConnection(Hostname, Port);
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Modbus = new ModbusTcpClient(connection, SlaveAddress);
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}
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var r = Modbus.ReadHoldingRegisters(1, 116);
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return Modbus;
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}
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var currentFactor = DecimalEx.Pow(10.0m, r.GetInt16(73));
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var voltageFactor = DecimalEx.Pow(10.0m, r.GetInt16(74));
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var energyFactor = DecimalEx.Pow(10.0m, r.GetInt16(76) + 3); // +3 => converted from Wh to kWh
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private static AmptCommunicationUnitStatus TryReadStatus(ModbusTcpClient modbus)
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{
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var r = modbus.ReadHoldingRegisters(1, 116);
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var currentFactor = Pow(10.0m, r.GetInt16(73));
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var voltageFactor = Pow(10.0m, r.GetInt16(74));
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var energyFactor = Pow(10.0m, r.GetInt16(76) + 3); // +3 => converted from Wh to kWh
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var nbrOfDevices = r.GetUInt16(78);
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var devices = Enumerable
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@ -48,84 +62,45 @@ public class AmptCommunicationUnit
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.Select(ReadDeviceStatus)
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.ToList();
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var amptSt = new AmptStatus
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(
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Sid : r.GetUInt32(1),
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IdSunSpec : r.GetUInt16(3),
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Manufacturer : r.GetString(5, 16),
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Model : r.GetString(21, 16),
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Version : r.GetString(45, 8),
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SerialNumber : r.GetString(53, 16),
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DeviceAddress : r.GetInt16(69),
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IdVendor : r.GetUInt16(71),
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Devices : devices
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// devices.d Current1 = r.GetInt16(90) * currentFactor,
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// Current2 = r.GetInt16(106) * currentFactor,
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// Voltage1 = r.GetUInt32(91) * voltageFactor,
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// Voltage2 = r.GetUInt32(107) * voltageFactor
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);
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return amptSt;
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Decimal ReadDevicesVoltage(Int32 numberOfDevice)
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return new AmptCommunicationUnitStatus
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{
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var avgVoltage = 0.0m;
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Sid = r.GetUInt32(1),
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IdSunSpec = r.GetUInt16(3),
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Manufacturer = r.GetString(5, 16),
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Model = r.GetString(21, 16),
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Version = r.GetString(45, 8),
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SerialNumber = r.GetString(53, 16),
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DeviceAddress = r.GetInt16(69),
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IdVendor = r.GetUInt16(71),
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Devices = devices
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};
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for (var i = 0; i < numberOfDevice; i++)
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AmptStatus ReadDeviceStatus(Int32 deviceNumber)
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{
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var b = (UInt16)(FirstDeviceOffset + i * RegistersPerDevice); // base address
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var baseAddress = (UInt16)(FirstDeviceOffset + deviceNumber * RegistersPerDevice); // base address
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avgVoltage+= r.GetUInt32((UInt16)(b + 6)) * voltageFactor;
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}
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return avgVoltage / numberOfDevice;
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}
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Decimal ReadDevicesCurrent(Int32 numberOfDevice)
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return new AmptStatus
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{
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Decimal avgCurrent = 0;
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for (var i = 0; i < numberOfDevice; i++)
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Dc = new DcBus
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{
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var b = (UInt16)(FirstDeviceOffset + i * RegistersPerDevice); // base address
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avgCurrent+= r!.GetUInt32((UInt16)(b + 5)) * voltageFactor;
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}
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return avgCurrent / numberOfDevice;
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}
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AmptDeviceStatus ReadDeviceStatus(Int32 deviceNumber)
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Voltage = r.GetUInt32((UInt16)(baseAddress + 6)) * voltageFactor,
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Current = r.GetUInt16((UInt16)(baseAddress + 5)) * currentFactor
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},
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Strings = new DcBus[]
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{
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var b = (UInt16)(FirstDeviceOffset + deviceNumber * RegistersPerDevice); // base address
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return new AmptDeviceStatus
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(
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Dc : new DcConnection
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(
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Voltage:r.GetUInt32((UInt16)(b + 6)) * voltageFactor,
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Current:r.GetUInt16((UInt16)(b + 5)) * currentFactor
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),
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DeviceId : r.GetInt16 (b) ,
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Timestamp : r.GetUInt32((UInt16)(b + 3)),
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ProductionToday : r.GetUInt32((UInt16)(b + 12))* energyFactor,
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Strings : new []
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new()
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{
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new DcConnection
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(
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Voltage : r.GetUInt32((UInt16)(b + 8)) * voltageFactor,
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Current : r.GetUInt16((UInt16)(b + 14)) * currentFactor
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),
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new DcConnection
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(
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Voltage : r.GetUInt32((UInt16)(b + 9)) * voltageFactor,
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Current : r.GetUInt16((UInt16)(b + 15)) * currentFactor
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)
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Voltage = r.GetUInt32((UInt16)(baseAddress + 8)) * voltageFactor,
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Current = r.GetUInt16((UInt16)(baseAddress + 14)) * currentFactor
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},
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new()
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{
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Voltage = r.GetUInt32((UInt16)(baseAddress + 9)) * voltageFactor,
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Current = r.GetUInt16((UInt16)(baseAddress + 15)) * currentFactor
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}
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);
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},
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ProductionToday = r.GetUInt32((UInt16)(baseAddress + 12)) * energyFactor,
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};
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}
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}
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}
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@ -0,0 +1,16 @@
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namespace InnovEnergy.Lib.Devices.AMPT;
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public record AmptCommunicationUnitStatus
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{
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public UInt32 Sid { get; init; } // A well-known value 0x53756e53, uniquely identifies this as a SunSpec Modbus Map
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public UInt16 IdSunSpec { get; init; } // A well-known value 1, uniquely identifies this as a SunSpec Common Model
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public String Manufacturer { get; init; } = "undefined"; // A well-known value registered with SunSpec for compliance: "Ampt"
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public String Model { get; init; } = "undefined"; // Manufacturer specific value "Communication Unit"
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public String Version { get; init; } = "undefined"; // Software Version
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public String SerialNumber { get; init; } = "undefined"; // Manufacturer specific value
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public Int16 DeviceAddress { get; init; } // Modbus Device ID
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public UInt16 IdVendor { get; init; } // Ampt SunSpec Vendor Code 64050
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public IReadOnlyList<AmptStatus> Devices { get; init; } = Array.Empty<AmptStatus>();
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}
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@ -1,15 +0,0 @@
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using InnovEnergy.Lib.StatusApi;
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using InnovEnergy.Lib.StatusApi.Connections;
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namespace InnovEnergy.Lib.Devices.AMPT;
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public record AmptDeviceStatus
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(
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DcConnection Dc,
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// UInt16 NbrOfStrings,
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Int16 DeviceId, // The string number
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UInt32 Timestamp, // The UTC timestamp of the measurements
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Decimal ProductionToday, // converted to kW in AmptCU class
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IReadOnlyList<DcConnection> Strings
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): MpptStatus(Dc, Strings)
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{}
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@ -1,24 +1,9 @@
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using InnovEnergy.Lib.StatusApi;
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using InnovEnergy.Lib.Units;
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namespace InnovEnergy.Lib.Devices.AMPT;
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public record AmptStatus
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(
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UInt32 Sid, // A well-known value 0x53756e53, uniquely identifies this as a SunSpec Modbus Map
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UInt16 IdSunSpec, // A well-known value 1, uniquely identifies this as a SunSpec Common Model
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// UInt16 L, // Well-known # of 16-bit registers to follow : 66
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String? Manufacturer, // A well-known value registered with SunSpec for compliance: "Ampt"
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String? Model, // Manufacturer specific value "Communication Unit"
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String? Version, // Software Version
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String? SerialNumber, // Manufacturer specific value
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Int16 DeviceAddress, // Modbus Device ID
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UInt16 IdVendor, // Ampt SunSpec Vendor Code 64050
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// Decimal Current1,
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// Decimal Current2,
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// Decimal Voltage1,
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// Decimal Voltage2,
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IReadOnlyList<AmptDeviceStatus> Devices
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//internal const UInt16 StartRegister = 1;
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//internal const UInt16 TotalNbOfRegister = 116;
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)
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public record AmptStatus : MpptStatus
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{
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public Energy ProductionToday { get; init; } // converted to kW in AmptCU class
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}
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@ -1,7 +0,0 @@
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namespace InnovEnergy.Lib.Devices.AMPT;
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public record AmptStringStatus
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{
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public Decimal Voltage { get; init; }
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public Decimal Current { get; init; }
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}
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