{"id":104,"date":"2019-06-14T15:01:27","date_gmt":"2019-06-14T06:01:27","guid":{"rendered":"http:\/\/pratitya.co.jp\/hp\/?page_id=104"},"modified":"2026-04-05T18:04:23","modified_gmt":"2026-04-05T09:04:23","slug":"saving","status":"publish","type":"page","link":"https:\/\/pratitya.co.jp\/en\/shoplist\/saving\/","title":{"rendered":"EcoPowerFit"},"content":{"rendered":"

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Can be installed on almost all air conditioners, regardless of manufacturer.<\/h3>\n

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\nIt can be installed on existing air conditioners that are already in operation.
\nWe support a wide range of models, from older to the latest models.
\n\u30fbIt can be used as is when replacing air conditioners.<\/p>\n

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Safety assurance due to patented air conditioning protection function<\/h3>\n

\"\"Fine control settings can be made to meet the recommended conditions of each air conditioner manufacturer.
\n- Equipped with a sensing function for continuous compressor protection (patented).
\nWhen introducing, we will always conduct a free air conditioning diagnosis in advance to ensure safe operation.<\/p>\n

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Energy-saving control and demand control<\/h3>\n

\"\"Cuts unnecessary air conditioning power based on the season and operating conditions, achieving natural energy savings while maintaining indoor comfort (\u00b11 degree) (patented).
\nPredicts demand peaks set in advance and protects your contracted power capacity.
\nYour basic electricity charge will be reduced starting the month after installation, upon application and approval from the electric power company.<\/p>\n

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We can propose options that fit your facility's size and budget.<\/h3>\n

\"\"You can start saving energy individually, even with just one air conditioner.
\n\u30fbAdditional demand control systems can be introduced at any time, depending on your budget.
\n\u30fb Cloud-based company-wide data management will be possible (customization example)
\nWe will propose the optimal system tailored to your needs.<\/p>\n

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Data management using dedicated software<\/h3>\n

\"\"You can manage various data related to energy-saving effects and even store them in reports.
\n* Power consumption, maximum demand, air conditioning power consumption, predicted reduction value, air conditioning operating time, etc.
\nYou can change the energy-saving settings according to the operating status.
\nThe software will always be automatically updated to the latest version.
\nThe software also supports English (with numerous successful implementations abroad).<\/p>\n

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\"\" Expand<\/a><\/p>\n

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Standard energy saving + peak cut concept<\/h3>\n

Traditionally, demand suppression was viewed as a reduction in electricity costs. However, due to the recent power supply and demand crunch, energy management that considers the power supply and demand balance has become increasingly important from an energy conservation perspective. Consequently, reductions that include the concept of \"time,\" such as peak cutting and peak shifting, are now being recognized, moving beyond the traditional concept of \"quantity\" in energy conservation. We believe that energy-saving equipment capable of reducing demand as needed will generate ever-greater value in the future, including its response to demand response.<\/p>\n

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How electricity bills work<\/h3>\n

\"\"Businesses with high-voltage power reception contracts calculate their electricity bills based on a basic charge determined by their contracted power capacity and a power consumption charge based on the actual amount of electricity used.<\/p>\n

Contracted demand is determined in this way.<\/h3>\n

The basic charge is determined by the maximum demand power. The demand power is calculated by averaging the electricity values measured by the power company's meter every 30 minutes. The maximum demand power for the month will be the highest demand power value in that month. The contracted power will be the larger of the maximum demand power values within the past year, including the current month.<\/p>\n

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If I can't control this...
\nEven a single peak power demand can determine your annual basic charges.<\/p>\n

Manage the timing of switching to fan mode for comfortable energy saving<\/h3>\n

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EcoPowerFit determines the timing of control based on the outdoor unit's current consumption, allowing for control at optimal timings that do not burden the compressor. Additionally, by predicting the indoor environment based on the trend of current consumption, it initiates control so that even slight temperature increases (around less than 1 degree Celsius) for energy-saving operation are not perceived as uncomfortable. (This is a patented technology)<\/p>\n

Conserve energy precisely according to the business schedule.<\/h3>\n

\"\"EcoPowerFit has the ability to change control conditions according to the season and time of day, enabling detailed energy-saving control that adapts to the environment. For example, by setting continuous control during periods when air conditioning is not in use, such as from the end of the workday until the start of the next, it is possible to reduce waste caused by forgetting to turn it off.<\/p>\n

Reduce power consumption while maintaining comfort.<\/h3>\n

EcoPowerFit determines energy-saving operation based on the current consumed by the outdoor units of air conditioners. Because it's individually controlled, energy-saving operation can be achieved for each environment. Furthermore, even during demand control, each EcoPowerFit unit performs various operations such as control, continuation, protection, and rejection based on its own judgment and preset conditions.<\/p>\n

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*The latest CCS type does not have a temperature and humidity linkage function.<\/p>\n

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Download the EcoPowerFit CCS type catalog<\/span><\/a><\/div>","protected":false},"excerpt":{"rendered":"

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