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package ADL200
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import "fmt"
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// ADL200 单相电表 Modbus 寄存器地址定义
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// 参考《ADL200单相电子式电能表使用说明书 V1.2》
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var (
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// ===== 电能数据 =====
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H0000 = MeterModusCmd{startAddr: 0x0000, quantity: 2, detail: "组合有功总电能"} // 4字节, 单位0.01kWh
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H0002 = MeterModusCmd{startAddr: 0x0002, quantity: 2, detail: "组合有功尖电能"} // 4字节
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H0004 = MeterModusCmd{startAddr: 0x0004, quantity: 2, detail: "组合有功峰电能"} // 4字节
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H0006 = MeterModusCmd{startAddr: 0x0006, quantity: 2, detail: "组合有功平电能"} // 4字节
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H0008 = MeterModusCmd{startAddr: 0x0008, quantity: 2, detail: "组合有功谷电能"} // 4字节
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H000A = MeterModusCmd{startAddr: 0x000A, quantity: 1, detail: "密码"} // 2字节
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// ===== 实时数据 =====
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H000B = MeterModusCmd{startAddr: 0x000B, quantity: 1, detail: "电压"} // 单位: 0.1V
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H000C = MeterModusCmd{startAddr: 0x000C, quantity: 1, detail: "电流"} // 单位: 0.01A
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H000D = MeterModusCmd{startAddr: 0x000D, quantity: 1, detail: "有功功率"} // 单位: 0.001kW
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H000E = MeterModusCmd{startAddr: 0x000E, quantity: 1, detail: "无功功率"} // 单位: 0.001kvar
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H000F = MeterModusCmd{startAddr: 0x000F, quantity: 1, detail: "视在功率"} // 单位: 0.001kVA
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H0010 = MeterModusCmd{startAddr: 0x0010, quantity: 1, detail: "功率因数"} // 单位: 0.001
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H0011 = MeterModusCmd{startAddr: 0x0011, quantity: 1, detail: "频率"} // 单位: 0.01Hz
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// ===== 时间设置 =====
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H0012 = MeterModusCmd{startAddr: 0x0012, quantity: 1, cmdType: 1, detail: "年月"} // R/W
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H0013 = MeterModusCmd{startAddr: 0x0013, quantity: 1, cmdType: 1, detail: "日时"} // R/W
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H0014 = MeterModusCmd{startAddr: 0x0014, quantity: 1, cmdType: 1, detail: "分秒"} // R/W
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// ===== 通信设置 =====
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H0015 = MeterModusCmd{startAddr: 0x0015, quantity: 1, cmdType: 1, detail: "高8位地址/低8位波特率"} // R/W
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H0016 = MeterModusCmd{startAddr: 0x0016, quantity: 1, cmdType: 1, detail: "背光时间"} // R/W
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// ===== 历史电能 (上月) =====
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H0022 = MeterModusCmd{startAddr: 0x0022, quantity: 2, detail: "上1月组合有功总电能"} // 4字节
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H0024 = MeterModusCmd{startAddr: 0x0024, quantity: 2, detail: "上1月组合有功尖电能"}
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H0026 = MeterModusCmd{startAddr: 0x0026, quantity: 2, detail: "上1月组合有功峰电能"}
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H0028 = MeterModusCmd{startAddr: 0x0028, quantity: 2, detail: "上1月组合有功平电能"}
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H002A = MeterModusCmd{startAddr: 0x002A, quantity: 2, detail: "上1月组合有功谷电能"}
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H002C = MeterModusCmd{startAddr: 0x002C, quantity: 2, detail: "上2月组合有功总电能"}
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H002E = MeterModusCmd{startAddr: 0x002E, quantity: 2, detail: "上2月组合有功尖电能"}
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H0030 = MeterModusCmd{startAddr: 0x0030, quantity: 2, detail: "上2月组合有功峰电能"}
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H0032 = MeterModusCmd{startAddr: 0x0032, quantity: 2, detail: "上2月组合有功平电能"}
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H0034 = MeterModusCmd{startAddr: 0x0034, quantity: 2, detail: "上2月组合有功谷电能"}
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H0036 = MeterModusCmd{startAddr: 0x0036, quantity: 2, detail: "上3月组合有功总电能"}
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H0038 = MeterModusCmd{startAddr: 0x0038, quantity: 2, detail: "上3月组合有功尖电能"}
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H003A = MeterModusCmd{startAddr: 0x003A, quantity: 2, detail: "上3月组合有功峰电能"}
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H003C = MeterModusCmd{startAddr: 0x003C, quantity: 2, detail: "上3月组合有功平电能"}
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H003E = MeterModusCmd{startAddr: 0x003E, quantity: 2, detail: "上3月组合有功谷电能"}
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// ===== 状态和配置 =====
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H0045 = MeterModusCmd{startAddr: 0x0045, quantity: 1, cmdType: 1, detail: "状态"}
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// Bit0: 费率类型 0-非复费率, 1-复费率
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// Bit1: 接线方向 0-上进下出, 1-下进上出
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// Bit3: 视在功率 0-PQS, 1-RMS
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H0048 = MeterModusCmd{startAddr: 0x0048, quantity: 1, detail: "校验方式"} // 0000=无校验, 0002=偶校验
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// ===== 表号 =====
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H0049 = MeterModusCmd{startAddr: 0x0049, quantity: 1, cmdType: 1, detail: "表号低"}
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H004A = MeterModusCmd{startAddr: 0x004A, quantity: 1, cmdType: 1, detail: "表号中"}
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H004B = MeterModusCmd{startAddr: 0x004B, quantity: 1, cmdType: 1, detail: "表号高"}
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// ===== 正向有功电能 =====
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H0068 = MeterModusCmd{startAddr: 0x0068, quantity: 2, detail: "正向有功总电能"} // 4字节, 单位0.01kWh
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H006A = MeterModusCmd{startAddr: 0x006A, quantity: 2, detail: "正向有功尖电能"}
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H006C = MeterModusCmd{startAddr: 0x006C, quantity: 2, detail: "正向有功峰电能"}
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H006E = MeterModusCmd{startAddr: 0x006E, quantity: 2, detail: "正向有功平电能"}
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H0070 = MeterModusCmd{startAddr: 0x0070, quantity: 2, detail: "正向有功谷电能"}
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// ===== 反向有功<E69C89><E58A9F>能 =====
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H0072 = MeterModusCmd{startAddr: 0x0072, quantity: 2, detail: "反向有功总电能"}
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H0074 = MeterModusCmd{startAddr: 0x0074, quantity: 2, detail: "反向有功尖电能"}
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H0076 = MeterModusCmd{startAddr: 0x0076, quantity: 2, detail: "反向有功峰电能"}
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H0078 = MeterModusCmd{startAddr: 0x0078, quantity: 2, detail: "反向有功平电能"}
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H007A = MeterModusCmd{startAddr: 0x007A, quantity: 2, detail: "反向有功谷电能"}
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// ===== 无功电能 =====
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H00B0 = MeterModusCmd{startAddr: 0x00B0, quantity: 2, detail: "当前总无功电能"} // 4字节, 单位0.01kVarh
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H00B2 = MeterModusCmd{startAddr: 0x00B2, quantity: 2, detail: "当前无功尖电能"}
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H00B4 = MeterModusCmd{startAddr: 0x00B4, quantity: 2, detail: "当前无功峰电能"}
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H00B6 = MeterModusCmd{startAddr: 0x00B6, quantity: 2, detail: "当前无功平电能"}
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H00B8 = MeterModusCmd{startAddr: 0x00B8, quantity: 2, detail: "当前无功谷电能"}
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H00BA = MeterModusCmd{startAddr: 0x00BA, quantity: 2, detail: "当前正向总无功电能"}
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H00BC = MeterModusCmd{startAddr: 0x00BC, quantity: 2, detail: "当前正向无功尖电能"}
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H00BE = MeterModusCmd{startAddr: 0x00BE, quantity: 2, detail: "当前正向无功峰电能"}
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H00C0 = MeterModusCmd{startAddr: 0x00C0, quantity: 2, detail: "当前正向无功平电能"}
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H00C2 = MeterModusCmd{startAddr: 0x00C2, quantity: 2, detail: "当前正向无功谷电能"}
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H00C4 = MeterModusCmd{startAddr: 0x00C4, quantity: 2, detail: "当前反向总无功电能"}
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H00C6 = MeterModusCmd{startAddr: 0x00C6, quantity: 2, detail: "当前反向无功尖电能"}
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H00C8 = MeterModusCmd{startAddr: 0x00C8, quantity: 2, detail: "当前反向无功峰电能"}
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H00CA = MeterModusCmd{startAddr: 0x00CA, quantity: 2, detail: "当前反向无功平电能"}
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H00CC = MeterModusCmd{startAddr: 0x00CC, quantity: 2, detail: "当前反向无功谷电能"}
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)
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// MeterModusCmd Modbus 寄存器命令结构体
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type MeterModusCmd struct {
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startAddr uint16 // 起始地址
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quantity uint16 // 寄存器数量
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cmdType int // 0: 只读, 1: 可读写
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detail string // 描述信息
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}
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// SetStartAddr 设置起始地址
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func (mcc *MeterModusCmd) SetStartAddr(s uint16) {
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mcc.startAddr = s
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}
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// GetStartAddr 获取起始地址
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func (mcc *MeterModusCmd) GetStartAddr() uint16 {
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return mcc.startAddr
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}
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// SetQuantity 设置寄存器数量
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func (mcc *MeterModusCmd) SetQuantity(q uint16) {
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mcc.quantity = q
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}
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// GetQuantity 获取寄存器数量
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func (mcc *MeterModusCmd) GetQuantity() uint16 {
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return mcc.quantity
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}
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// SetCmdType 设置命令类型
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func (mcc *MeterModusCmd) SetCmdType(t int) {
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mcc.cmdType = t
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}
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// GetCmdType 获取命令类型
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func (mcc *MeterModusCmd) GetCmdType() int {
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return mcc.cmdType
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}
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// Read 读取寄存器数据
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func (mmc *MeterModusCmd) Read(commUid string, addr byte) ([]uint16, error) {
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return readCmd(commUid, addr, mmc.startAddr, mmc.quantity, "读取"+mmc.detail)
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}
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// Write 写入寄存器数据
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func (mmc *MeterModusCmd) Write(commUid string, addr byte, data []uint16) error {
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if mmc.cmdType == 0 {
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return nil
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}
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return writeCmd(commUid, addr, mmc.startAddr, data, "写入"+mmc.detail)
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}
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// GetHistoricalMonthAddress 获取历史月份电能的起始地址
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// month: 1-3 (上1月到上3月)
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func GetHistoricalMonthAddress(month int) (*MeterModusCmd, error) {
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if month < 1 || month > 3 {
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return nil, fmt.Errorf("invalid month value: %d (valid range 1-3)", month)
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}
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// 上1月: 0x0022, 上2月: 0x002C, 上3月: 0x0036
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address := 0x0022 + uint16((month-1)*10)
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MMC := &MeterModusCmd{startAddr: address, quantity: 10, detail: fmt.Sprintf("上%d月组合有功电能", month)}
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return MMC, nil
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}
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