补充检测柜循环统计效率和编号

yeg

2026-08-31 f0d94a082f8d621a0038ae2eff84f29099c673d5

补充检测柜循环统计效率和编号

 ruoyi-device/src/main/java/com/ruoyi/device/bts/BtsDevelopmentSimulator.java

@@ -881,7 +881,7 @@
        private double chargeEnergy; private double dischargeEnergy;
        BtsCycleAccumulator(BtsHistoryRecord first) { cycle = first.cycleNo(); }
        void add(BtsHistoryRecord item) { count++; if (first == null) first = item.deviceTime(); last = item.deviceTime(); maximumCapacity = Math.max(maximumCapacity, item.capacityAh()); minimumCapacity = Math.min(minimumCapacity, item.capacityAh()); if (item.currentA() >= 0) chargeEnergy = Math.max(chargeEnergy, item.energyWh()); else dischargeEnergy = Math.max(dischargeEnergy, Math.abs(item.energyWh())); }
        BtsCycleRecord finish() { double charge = Math.max(0d, maximumCapacity); double discharge = Math.max(0d, maximumCapacity - minimumCapacity); return new BtsCycleRecord(cycle, count, first, last, charge, discharge, chargeEnergy, dischargeEnergy, efficiency(charge, discharge)); }
        BtsCycleRecord finish() { double charge = Math.max(0d, maximumCapacity); double discharge = Math.max(0d, maximumCapacity - minimumCapacity); return new BtsCycleRecord("", cycle, count, first, last, charge, discharge, chargeEnergy, dischargeEnergy, efficiency(charge, discharge)); }
    }

    private java.util.Set<String> requestedChannels(String request)

 ruoyi-device/src/test/java/com/ruoyi/device/bts/BtsDevelopmentSimulatorRecordStepCycleTest.java

@@ -29,7 +29,11 @@
            assertEquals(60L, records.get(1).deviceTime().getEpochSecond() - records.get(0).deviceTime().getEpochSecond());
            assertEquals(1, records.get(0).cycleNo());
            assertTrue(simulator.btsSteps(1, 1).stream().anyMatch(step -> step.stepNo() == 1));
            assertTrue(simulator.btsCycles(1, 1).stream().anyMatch(cycle -> cycle.cycleNo() == 1));
            var cycle = simulator.btsCycles(1, 1).stream().filter(item -> item.cycleNo() == 1).findFirst().orElseThrow();
            assertTrue(cycle.chargeCapacityAh() >= 0d);
            assertTrue(cycle.dischargeCapacityAh() >= 0d);
            assertEquals(cycle.chargeCapacityAh() > 0d ? cycle.dischargeCapacityAh() / cycle.chargeCapacityAh() * 100d : 0d,
                    cycle.efficiency(), 0.000001d);
        }
    }