In 2025, which upright cabinets have low energy consumption? In convenience stores, supermarkets, and various commercial places, Coca – Cola refrigerated upright cabinets are extremely common devices. They undertake the important task of refrigerating beverages such as Coca – Cola to ensure their taste and quality. For merchants, understanding the power consumption of such upright cabinets not only helps with cost control but also enables more rational decisions in equipment purchase, operation management, etc. So, exactly how much is the power consumption of a Coca – Cola refrigerated upright cabinet?
Looking at the parameters of commonly seen Coca – Cola refrigerated upright cabinets on the market, their power consumption values fall within a certain range. Some small – sized Coca – Cola refrigerated upright cabinets, such as some car – mounted or small home – use models, have relatively low power. Take, for example, a 6L car – mounted Pepsi – Cola refrigerator. Its refrigeration power is between 45 – 50W, and its insulation power is between 50 – 60W. In a 220V household AC environment, the power consumption is approximately 45W. Through actual use tests, after continuous operation for 33 hours, the measured power consumption is 1.47kWh. Such power consumption is a relatively common level among small – sized refrigeration devices.
The power of large – sized commercial Coca – Cola refrigerated upright cabinets is much higher. The power of products from different brands and models varies. Generally, their power range is between 300W and 900W. For example, some 380L single – door Coca – Cola refrigerated upright cabinets from certain brands have input powers of 300W, 330W, 420W, etc. There are also some customized upright cabinets, such as products marked as 220V/450W (customized), which are also within this power range.
We usually measure the power consumption of electrical appliances in “degrees”. 1 degree = 1 kilowatt – hour (kWh), that is, the amount of electricity consumed when an electrical appliance with a power of 1 kilowatt runs for 1 hour. Taking an upright cabinet with a power of 400W as an example, if it runs continuously for 1 hour, the power consumption is 0.4 degrees (400W÷1000×1h = 0.4kWh).
However, the actual daily power consumption is not simply obtained by multiplying the power by 24 hours. Because in actual use, the upright cabinet does not always operate at the maximum power continuously. When the temperature inside the cabinet reaches the set low temperature, the compressor and other refrigeration components will stop working. At this time, the power consumption of the device mainly comes from aspects such as maintaining lighting and the operation of the control system, and the power is relatively low. Only when the temperature inside the cabinet rises to a certain extent due to factors such as opening the door to pick up goods and changes in the ambient temperature will the compressor start refrigerating again.
According to relevant data statistics, the daily power consumption of some common Coca – Cola refrigerated upright cabinets is approximately between 1 – 3 degrees. For example, the NW – LSC1025 refrigerated display cabinet with a marked daily power consumption of 1.42kW·h/24h has an energy efficiency rating of 1, and its energy – saving effect is quite excellent. For some ordinary models without marked energy efficiency ratings, if the door is opened and closed frequently, hot beverages are placed inside, or it is in a high – temperature environment, the daily power consumption may be close to or even exceed 3 degrees.
What are the factors affecting the power consumption of Coca – Cola upright cabinets?
First is the ambient temperature. In hot summer, the ambient temperature is high, and the temperature difference between the inside and outside of the cabinet is large. In order to maintain a low temperature, the compressor needs to work more frequently and for a longer time, resulting in a significant increase in power consumption. Conversely, in cooler seasons, the power consumption will decrease accordingly.
Secondly, the number of door openings has a significant impact on power consumption. Each time the door is opened, hot air will quickly rush into the cabinet, raising the temperature inside the cabinet. The compressor has to start refrigerating to restore the low temperature. Frequent door openings will undoubtedly increase the number of compressor startups, and the power consumption will increase accordingly.
Furthermore, the insulation performance of the upright cabinet is also crucial. An upright cabinet with good insulation can effectively reduce heat transfer, lower the working frequency of the compressor, and thus reduce power consumption. The quantity and initial temperature of the beverages placed also have an impact. If a large number of beverages with relatively high temperatures are placed at one time, the upright cabinet needs to consume more electricity to lower the temperature of the beverages and maintain a low – temperature environment.
In order to reduce the power consumption of the upright cabinet, merchants can take a series of measures. Give priority to products with a high energy – efficiency rating. Although the prices of such products may be relatively high, in the long – term use, a lot of electricity costs can be saved. Reasonably control the number of door openings to reduce the entry of hot air. Keep good ventilation around the upright cabinet to avoid a too – high ambient temperature. Regularly clean the condenser of the upright cabinet to ensure good heat – dissipation effect, because poor heat – dissipation of the condenser will increase the working burden of the compressor and increase power consumption.
In addition, adjust the temperature setting of the upright cabinet reasonably according to different seasons. On the premise of ensuring the refrigeration effect of beverages, appropriately increasing the temperature setting value can also reduce a certain amount of power consumption.
The power consumption of Coca – Cola refrigerated upright cabinets varies due to various factors such as equipment specifications, usage environment, and usage methods. During the use process, by understanding these factors and taking corresponding energy – saving measures, we can effectively reduce operating costs while ensuring the refrigeration needs of beverages.
Pay attention to the power consumption when choosing different models of upright cabinets. Currently, products with a first – level energy efficiency rating account for 80% of the market. Such products are more popular and are also the focus of attention for many users.
Post time: Jul-14-2025 Views: