Mamut is located in the northern part of West Java Province, Indonesia, close to Jakarta. It is situated in a volcanic plateau area and has a tropical rainforest climate. The annual average humidity exceeds 80%, with abundant precipitation and frequent afternoon thunderstorms. The city is surrounded by vast tropical rainforests, and the air contains high levels of moisture, pollen, mold spores, and microorganisms carried by mosquitoes. Additionally, as a satellite city of Jakarta, it has a dense population and high building density, resulting in poor indoor ventilation. The high humidity environment makes local buildings prone to mold growth, poor air quality, and damp furniture problems. The ERV (Energy Recovery Ventilation System) can continuously ventilate and exchange air while efficiently recovering the coldness and humidity from the exhaust air, reducing the energy consumption for dehumidification and cooling. It can also filter out pollen, particles, and microorganisms from the outside air, precisely balance the indoor temperature and humidity, and fundamentally prevent mold and unpleasant odors from forming. This is crucial for improving the indoor air quality and comfort in various places. The following places are particularly suitable for installing ERV systems:
The various residences in Mamut are the core application scenarios for the ERV system. Whether it is multi-story apartments in the city center, single-family houses in the suburbs, or villas near the rainforest, they can significantly improve the living environment with the help of the ERV system. The high humidity climate throughout the year requires residents to rely on air conditioners or dehumidifiers to regulate indoor humidity during even the slightly cooler seasons. The closed state of doors and windows can easily lead to poor indoor air circulation, increased carbon dioxide concentration, and the pollen brought by the rainforest can cause discomfort for people with respiratory sensitivities. The humid environment can also cause wall mold, furniture deformation, and clothing dampness. The ERV system can continuously introduce filtered fresh outdoor air, effectively intercept pollen, mold spores, and fine particles in the air, remove the dirty air and excess moisture from the room, and recover the coldness from the exhaust air, reducing the operating load of the air conditioner and controlling indoor humidity within an appropriate range. This creates a dry and fresh living environment for residents, especially suitable for families with elderly, children, and people with respiratory sensitivities, as well as residences near rainforests and those prone to moisture and pollen. As an important administrative and research center in West Java Province, Mamut houses a large number of government office buildings, research institutions, agricultural research centers, and various corporate office spaces. These commercial office buildings have a high density of personnel and usually operate air conditioners and air purifiers throughout the day. The indoor air becomes dirty due to breathing, heat dissipation from office equipment, and moisture from paper documents. Excessive carbon dioxide concentration can directly affect the work efficiency of employees and researchers. The humid environment can also cause precision research instruments to get damp, and archives and documents to mold and deteriorate. The ERV system can continuously supply filtered fresh air to the office areas and research laboratories, diluting harmful gases, unpleasant odors, and moisture, while reducing the energy consumption of the air conditioner to maintain indoor temperature and humidity. It can also protect research instruments and documents from moisture damage through energy recovery functions. Whether it is open office areas, independent research rooms, or frequently moving meeting rooms and reception areas, as well as laboratories and archive rooms with extremely high requirements for temperature, humidity, and cleanliness, installing the ERV system can have significant practical value.
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