Packaging structure

examples/force_charge.py

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+#!/usr/bin/env python3
+
+import FroniusReg
+
+from pymodbus.client.tcp import ModbusTcpClient
+
+fronius1 = ModbusTcpClient("172.19.107.211", port=502, timeout=10)
+fronius1.connect()
+
+soc = FroniusReg.scaledStateOfCharge.getValue(fronius1)
+print(" SOC: %s%%" % soc)
+
+discharge = FroniusReg.scaledOutWRte.getValue(fronius1)
+print("Pre DRate: %d%%" % discharge)
+
+charge = FroniusReg.scaledInWRte.getValue(fronius1)
+print("Pre CRate: %d%%" % charge)
+
+mode = FroniusReg.StorCtl_Mode.getValue(fronius1)
+print("Pre Mode: %d" % mode)
+
+# This should be 'limit discharge' mode
+err = FroniusReg.StorCtl_Mode.setValue(fronius1, 2)
+# Charge battery at a rate from -2% discharge to 100% charge
+# as a percentage of the MaxChaRte, which in our case is 25600W
+err = FroniusReg.scaledOutWRte.setValue(fronius1, -10)
+err = FroniusReg.scaledInWRte.setValue(fronius1, 100)
+
+discharge = FroniusReg.scaledOutWRte.getValue(fronius1)
+print("Post DRate: %d%%" % discharge)
+
+charge = FroniusReg.scaledInWRte.getValue(fronius1)
+print("Post CRate: %d%%" % charge)
+
+mode = FroniusReg.StorCtl_Mode.getValue(fronius1)
+print("Post Mode: %d" % mode)
+

examples/read_regs.py

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+#!/usr/bin/env python3
+
+import FroniusReg
+
+from pymodbus.client.tcp import ModbusTcpClient
+
+fronius1 = ModbusTcpClient("172.19.107.211", port=502, timeout=10)
+fronius1.connect()
+
+soc = FroniusReg.scaledStateOfCharge.getValue(fronius1)
+print(" SOC: %s%%" % soc)
+
+discharge = FroniusReg.scaledOutWRte.getValue(fronius1)
+print("Pre DRate: %d%%" % discharge)
+
+charge = FroniusReg.scaledInWRte.getValue(fronius1)
+print("Pre CRate: %d%%" % charge)
+
+mode = FroniusReg.StorCtl_Mode.getValue(fronius1)
+print("Pre Mode: %d" % mode)
+
+reserve = FroniusReg.scaledReserve.getValue(fronius1)
+print("Pre Res: %d" % reserve)
+
+rate = FroniusReg.scaledMaxChaRte.getValue(fronius1)
+print("Pre rate: %d" % rate)
+
+rate = FroniusReg.scaledMaxWChaGra.getValue(fronius1)
+print("Pre WGra rate: %d" % rate)
+
+revert = FroniusReg.InOutWRte_RvrtTms.getValue(fronius1)
+print("Timer: %d" % revert)

examples/reset_charge.py

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+#!/usr/bin/env python3
+
+import FroniusReg
+
+from pymodbus.client.tcp import ModbusTcpClient
+
+fronius1 = ModbusTcpClient("172.19.107.211", port=502, timeout=10)
+fronius1.connect()
+
+soc = FroniusReg.scaledStateOfCharge.getValue(fronius1)
+print(" SOC: %s%%" % soc)
+
+discharge = FroniusReg.scaledOutWRte.getValue(fronius1)
+print("Pre DRate: %d%%" % discharge)
+
+charge = FroniusReg.scaledInWRte.getValue(fronius1)
+print("Pre CRate: %d%%" % charge)
+
+mode = FroniusReg.StorCtl_Mode.getValue(fronius1)
+print("Pre Mode: %d" % mode)
+
+reserve = FroniusReg.scaledReserve.getValue(fronius1)
+print("Pre Res: %d" % reserve)
+
+
+# This should be 'no limits' mode
+err = FroniusReg.StorCtl_Mode.setValue(fronius1, 0)
+# discharge at 100% allowed charge rate
+err = FroniusReg.scaledOutWRte.setValue(fronius1, 100)
+err = FroniusReg.scaledInWRte.setValue(fronius1, 100)
+# charge to 7%
+err = FroniusReg.scaledReserve.setValue(fronius1, 7)
+
+discharge = FroniusReg.scaledOutWRte.getValue(fronius1)
+print("Post DRate: %d%%" % discharge)
+
+charge = FroniusReg.scaledInWRte.getValue(fronius1)
+print("Post CRate: %d%%" % charge)
+
+mode = FroniusReg.StorCtl_Mode.getValue(fronius1)
+print("Post Mode: %d" % mode)
+
+reserve = FroniusReg.scaledReserve.getValue(fronius1)
+print("Post Res: %d" % reserve)