Home
Back
SEER Equation:
| From: | To: |
SEER (Seasonal Energy Efficiency Ratio) for heating hours measures the efficiency of heating systems by calculating the ratio of total cooling output in BTU to energy input in watt-hours during heating operation periods.
The calculator uses the SEER equation:
Where:
Explanation: The equation calculates the energy efficiency ratio by dividing the total cooling output by the energy consumed during heating hours.
Details: SEER calculation is crucial for evaluating heating system efficiency, comparing different heating units, estimating energy costs, and making informed decisions about HVAC system upgrades or replacements.
Tips: Enter total cooling in BTU and energy consumption in Wh. Both values must be positive numbers greater than zero for accurate calculation.
Q1: What is a good SEER rating for heating systems?
A: Higher SEER ratings indicate better efficiency. Modern systems typically range from 14-25 SEER, with higher numbers representing more efficient operation.
Q2: How does SEER differ for heating vs cooling?
A: While the calculation method is similar, heating SEER specifically measures efficiency during heating operation hours, which may differ from cooling efficiency due to different operating conditions.
Q3: Can SEER be used to compare different heating systems?
A: Yes, SEER provides a standardized metric for comparing the energy efficiency of different heating systems under similar operating conditions.
Q4: What factors affect SEER ratings?
A: System design, compressor technology, insulation quality, refrigerant type, and proper installation all influence SEER ratings.
Q5: How often should SEER calculations be performed?
A: SEER calculations should be done when evaluating new systems, after major repairs, or when assessing system performance over different seasons.