feat: 优化能耗数据初始化和更新逻辑，添加电压、电流等新字段支持

database_test_python/realtime_g5_listener.py

@@ -19,18 +19,6 @@ def start_listener():
     target_engine = create_engine(f"postgresql+psycopg2://{test_kwargs['user']}:{test_kwargs['password']}@{test_kwargs['host']}:{test_kwargs['port']}/{test_kwargs['dbname']}")
 
     def initialize_energy_tracking():
-        # alter_table_sql = """
-        # DO $$ 
-        # BEGIN
-        #     BEGIN
-        #         ALTER TABLE wh_test.loops_power RENAME COLUMN last_power_calc_time TO last_change_time;
-        #     EXCEPTION
-        #         WHEN undefined_column THEN -- column doesn't exist, already renamed
-        #         WHEN others THEN 
-        #             RAISE NOTICE 'Skipping rename';
-        #     END;
-        # END $$;
-        # """
         reset_loops_sql = """
         -- [启动初始化] 清空回路的各项能耗字段
         -- 目的: 以启动脚本的时刻为起点，彻底重置基础能耗累加，更新初始计算时间起点 last_computed_time (避免抛出第一周期差值为 NULL 的报错或极值问题)
@@ -57,10 +45,6 @@ def start_listener():
         """
         try:
             with target_engine.begin() as conn:
-                # try:
-                #     conn.execute(text(alter_table_sql))
-                # except Exception as alter_err:
-                #     pass # ignore if doesn't exist
                 conn.execute(text(reset_loops_sql))
                 conn.execute(text(reset_rooms_sql))
             logging.info("Energy tracking fields initialized (cleared total_energy_consumption and reset times).")
@@ -80,6 +64,18 @@ def start_listener():
         bright_g = payload.get("bright_g")
         ts_ms = payload.get("ts_ms")
         
+        def format_pg_array(val):
+            if isinstance(val, list):
+                return "{" + ",".join(str(x) for x in val) + "}"
+            return val
+
+        elec_voltage = format_pg_array(payload.get("elec_voltage"))
+        elec_ampere = format_pg_array(payload.get("elec_ampere"))
+        elec_power = format_pg_array(payload.get("elec_power"))
+        elec_energy = format_pg_array(payload.get("elec_energy"))
+        elec_phase = format_pg_array(payload.get("elec_phase"))
+        elec_sum_energy = format_pg_array(payload.get("elec_sum_energy"))
+
         if isinstance(dev_loops, dict):
             sample_keys = list(dev_loops.keys())[:5]
             logging.info(
@@ -207,6 +203,12 @@ def start_listener():
             UPDATE wh_test.rooms_power rp
             SET dev_loops = CAST(:dev_loops AS jsonb),
                 ts_ms = COALESCE(CAST(:ts_ms AS int8), rp.ts_ms),
+                elec_voltage = COALESCE(CAST(:elec_voltage AS float8[]), rp.elec_voltage),
+                elec_ampere = COALESCE(CAST(:elec_ampere AS float8[]), rp.elec_ampere),
+                elec_power = COALESCE(CAST(:elec_power AS float8[]), rp.elec_power),
+                elec_energy = COALESCE(CAST(:elec_energy AS float8[]), rp.elec_energy),
+                elec_phase = COALESCE(CAST(:elec_phase AS float8[]), rp.elec_phase),
+                elec_sum_energy = COALESCE(CAST(:elec_sum_energy AS float8[]), rp.elec_sum_energy),
                 -- 评判并标识RCU(房间网关)在线活跃度：
                 -- 算法：若超过 300000ms（即5分钟）仍未有任何事件触发通信汇报，视作离线 0；否则在线 1
                 rcu_online = CASE 
@@ -282,7 +284,13 @@ def start_listener():
                     "hotel_id": hotel_id,
                     "room_id": room_id,
                     "device_id": device_id,
-                    "ts_ms": ts_ms
+                    "ts_ms": ts_ms,
+                    "elec_voltage": elec_voltage,
+                    "elec_ampere": elec_ampere,
+                    "elec_power": elec_power,
+                    "elec_energy": elec_energy,
+                    "elec_phase": elec_phase,
+                    "elec_sum_energy": elec_sum_energy
                 })
                 logging.info(f"Updated hotel/room/device={hotel_id}/{room_id}/{device_id} | loops rows: {res2.rowcount}, rooms rows: {res1.rowcount}")
                 if res2.rowcount == 0:
@@ -301,7 +309,7 @@ def start_listener():
             -- 轮询任务一: 结算仍在耗电且【稳定无设备变动操作】的回路能耗 (入 loops_power 表)
             -- ==========================================
             -- 背景与核心: 如果某个电器(比如灯)被打开后长达一小时都没有进行“关灯调整”操作，实时SQL就不会被触发，能耗就停滞不动了。
-            -- 动作: 这个由异步线程拉起的定时刷新任务仅仅过滤那些 "正在工作产生功率的设备"(real_power>0)，计算本周期所消耗的累计能度(kWh)。
+            -- 动作: 这个由异步线程拉起的定时刷新任务仅仅过滤那些 "正在工作产生功率的设备"(real_power>0)，计算本周期所消耗的累计能度(Wh)。
             -- 区别: 它仅累计能耗并刷新 last_computed_time 锚点，它不再做全套状态、心率重解操作。
             UPDATE wh_test.loops_power lp
             SET