Cost for peak season and off season
Our research in cost for peak season and off season in certain hotel for heating cold water from 15℃ to 55℃ everyday
| Project: certain hotel, heating 5000L cold water from 15℃ to 55℃ every day | |||
|---|---|---|---|
| Peak season for traveling to Nepal is six months with average occupancy rate of 70% (peak season including March, April, May, Sep., Oct. and Nov.) Off season is six months with average occupancy rate of 25% (off season including Jan., Feb., June, July,August and Dec., in which June, July and August are rainy season.) |
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| Peak Season | Off Season | Annual | |
| Diesel | 186.9k | 66.8 k | 250 K |
| Electric Resistor | 356 K | 127.4 K | 480 K |
| Air Energy Heat Pump | 89.7 K | 31.8 K | 130 K |
| Slope System + Electri Resistor | 17.83 K | 84.6 K | 260 K |
| Slope System + Air Energy Heat Pump | 44.6 K | 21.6 K | 70 K |
| Unicsolar System + Electric Resistor | 0 | 41.9 K | 40 K |
| Unicsolar System + Air Energy Heat Pump | 0 | 10.5 K | 10 K |
| Remarks | Energy consumption for auxiliary heating facility for Unicsolar in peak season can be ignored under adequate designed value condition | Rounded to integer | |
Note:
- No sunshine all day during rainy season, calculated as per 60 days.
- The above is different as per off and peak seasons for Nepali hotel industry.
- Cold water is always used as feed water when hot water is used in tanker for slope solar system under opulent sunshine, so auxiliary heating facility will start when it is used at 1/2 position at most, but Unicsola system usually needs not to start.
- The above data are theoretical values