{"response":"Based on the latest reading and historical data, here is the assessment of your refrigerator\u2019s performance following the capacitor replacement:\n\n### **Impact Analysis**\n*   **Power Factor (PF):** Your latest reading shows a Power Factor of **0.72**. Comparing this to your aggregate average of **0.7131**, there is a slight improvement in efficiency. However, a PF of 0.72 indicates that the system is still drawing significant reactive power, suggesting that while the new capacitor is functioning, there may still be room for further optimization.\n*   **Load Stability:** Your voltage quality remains excellent at **100% EN50160 compliance** with zero sags or swells. Since the replacement, the current draw is **3.52A** at **607.1W**, which aligns well with your historical average power consumption of **564.36W**.\n\n### **Key Observations**\n*   **Efficiency:** The current PF (0.72) is higher than your historical minimum (0.66), confirming the capacitor is actively helping the motor run more efficiently.\n*   **Operational Status:** The system is currently running within normal parameters. The power draw of 607.1W is well below your recorded maximum of 2562.4W, indicating the unit is operating under a standard cooling load.\n\n**Recommendation:**\nContinue to monitor the PF over the next 24\u201348 hours. If the PF does not trend closer to **0.85\u20130.90**, you may want to verify that the capacitor rating (microfarads) perfectly matches the specifications of your refrigerator\u2019s compressor motor. \n\nGiven your rate of **110 PKR\/kWh**, even a small improvement in PF will help reduce your electricity bill by minimizing the reactive energy losses that your utility meter may be capturing.","cached_at":"2026-07-21T15:04:14+05:00","expires_at":1784628554}