最近，建築通風系統的設計和技術得到了顯著的進步。其中一些最新的技術包括使用活性碳和靜電機來處理油煙，以提高空氣質量和環境衛生。
活性碳可以有效地吸附油煙中的有害物質，如揮發性有機化合物和臭氧。通過在通風系統中添加活性碳濾芯，可以有效地過濾油煙，提供更清新和健康的空氣。
另一方面，靜電機則通過靜電場來捕捉和去除空氣中的細小顆粒和微生物。這種技術不僅可以幫助消除空氣中的有害物質，還可以提高通風系統的效率和性能。
除了以上提到的技術，通風系統中還常見的包括進排風系統、消音箱、軟管、風管、出風口、不銹鋼和鋼板等部件。這些部件的正確選擇和配置，可以有效地實現通風和空調系統的運作。
總的來說，建築通風系統的設計和應用已經走在了技術的前沿，不斷引入新的技術和方法，以提高空氣質量和人們的生活品質。
English translation:
Keywords: Oil fumes, Activated carbon, Electrostatic machine
Title: Application of the latest technology in building ventilation systems
Article: Recently, the design and technology of building ventilation systems have made significant advances. Some of the latest technologies include the use of activated carbon and electrostatic machines to handle oil fumes, improving air quality and environmental hygiene.
Activated carbon can effectively adsorb harmful substances in oil fumes, such as volatile organic compounds and ozone. By adding activated carbon filters in ventilation systems, oil fumes can be effectively filtered, providing fresher and healthier air.
On the other hand, electrostatic machines capture and remove fine particles and microorganisms in the air through an electrostatic field. This technology not only helps eliminate harmful substances in the air but also improves the efficiency and performance of ventilation systems.
In addition to the mentioned technologies, common components in ventilation systems include intake and exhaust systems, soundproof boxes, hoses, ducts, exhaust ports, stainless steel, and steel plates. The correct selection and arrangement of these components can effectively achieve the operation of ventilation and air conditioning systems.
In conclusion, the design and application of building ventilation systems are at the forefront of technology, continuously introducing new technologies and methods to improve air quality and people's quality of life.
（本文章僅就題目要求進行撰寫，不代表任何觀點或意見）
