吸收式空調主機沒有壓縮機，可以省電85%，只需要15%的電力帶動循環水泵，其工作原理為利用85度熱水驅動化學吸收過程，為世界最早的空調系統，在1850年左右就已經發明，但是後來壓縮機冷媒系統的出現，降低了系統成本，所以吸收式空調成長緩慢，一直到1970年代又開始逐漸成長，最近20年世界各國生產廠家陸續增加，逐漸普及。吸收式空調的動力來源為工業製程廢熱/太陽能/瓦斯鍋爐等。

1. 所需安裝空間略大於壓縮機式空調主機。

2. 僅需壓縮機式空調主機 10-15% 的電力（用於泵浦），可節省 85% 用電量。若配合瓦斯發電機，即使停電仍可持續運作。

3. 使用太陽能集熱器產生之 85°C 熱水驅動；陰雨天可由其他熱源補充。然而陰雨天冷氣負荷遠低於晴天，發電機或鍋爐僅需提供維持吸收式空調主機運作所需的最低熱水量即可。

〈2AA Absorption Chiller〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

美國原裝進口 400噸主機耗電2.7kW 220V 40A單相60Hz 1. 大幅度降低碳排放與溫室氣體 2. 大幅度減少電費負擔，降低電力負荷，可以自備發電機，不怕停電 3. 免費的超大量熱水供應，最高可達110°C 4. 變速單螺桿旋轉壓縮機，連接到使用環保 HFC-134a 冷媒壓縮機 5. 7.2公升天然瓦斯引擎 解決資料中心空調負荷的問題。為您的資料中心釋放 30% 的額外電量，無需等待或支付費用。您是否知道您可能會浪費資料中心 30% 或更多的電力？隨著晶片變得越來越強大，機架密度不斷增加，冷卻所需的電力也隨之增加。不幸的是，即使您一年中有 6 個月使用自然冷卻，您的峰值 PUE 也決定了可用於計算的電量。如果室外溫度為 120F(48.9C)且 AI 負載最大時，您的冷卻系統使用了可用功率的 30%，則這將設定 IT 可用的最大功率。因此，您現在可用於計算的電量減少了 30%。

投資回收，關鍵在於運轉時數與熱回收利用率

許多企業關心的第一個問題是：「這樣的設備，多久可以回本？」

答案取決於兩個關鍵變數：年運轉時數，以及是否能充分利用回收熱能。以下為幾種常見應用情境的投資回收年限試算（以相較傳統電力冰水機之增額投資計算）：

從試算結果可以看出，運轉時數愈高、熱回收利用愈完整，投資效益愈顯著。年運轉時數穩定、且對熱水有持續需求的應用場域（如醫院、資料中心、飯店、食品加工廠等），是最適合導入 Tecochill 的對象；反之，若僅季節性使用且無法利用回收熱能，則需更審慎評估。

〈Tecochill STx / DTx Series〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

These combined heat and power units achieve a total efficiency of up to 106% and make cogeneration an attractive option even for low energy demands.

1. If power generation is designed based on hot water demand
Hot water supply becomes completely free of charge. Existing hot water boilers can be switched to backup mode or completely shut down, saving boiler fuel as well as depreciation and maintenance costs. The property owner/client can independently decide the percentage of grid power (Taipower) to be offset by on-site power generation.

2. If power generation is the primary objective
During summer, hot water production may significantly exceed demand, requiring a cooling tower for heat dissipation. Alternatively, it can be integrated with an absorption chiller to convert excess waste heat into air conditioning, satisfying the cooling needs of offices, factories, or dormitories. The remaining waste heat is still sufficient to generate a large volume of hot water to fulfill usage needs. The system can be flexibly custom-designed to the client’s specifications and automatically adjusts according to seasonal demand.

System Lifespan Evaluation: The original equipment manufacturer (OEM) utilizes specially designed, customized Toyota internal combustion engines from Japan, which feature extremely high efficiency and remarkable durability. The equipment requires maintenance every 2 years or 6,000 operating hours, and a major overhaul every 12–15 years, after which it can continue operation. The OEM provides complete overhaul spare part kits and training for maintenance procedures.

Setting up this system alongside the original emergency diesel generator increases total emergency power capacity.

The key difference is that gas generators can run 24/7/365, fully recovering their cost over time. In contrast, emergency diesel generators remain idle under normal conditions, supplying zero power while creating air pollution and labor overhead during annual testing routines.

Environmental & Grid Benefits: The system reduces peak load on the Taipower grid during summer, enhancing overall grid stability. Compared to diesel generators, it emits significantly lower vibration, noise, and air pollution. It is ideal for hospitals, nursing homes, shopping malls, hotels, factories, farms, military facilities, and government institutions.

〈XRGI® 25〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

為什麼光電板需要冷卻：光電板在陽光照射的時候開始發電，但是本身溫度也開始上升，到達45度（空氣溫度大約25度）的時候，發電效率開始遞減，所以需要用各種方法降溫，追求比較高的發電效率。一般安裝工地都依靠光電板本身在空氣中自然散熱，效果很差，發電效率也很低。

1. 光電板溫度上升到45度時，發電效率 開始下降，每上升一度，效率下降 大約0.5%，因此我們必須維持光 伏板的溫度不超過45度。
2. 體育中心游泳池淋浴系統/溫水游泳池
3. 醫院/學校/工廠宿舍光伏系統+
Hot Water Systems
4.家用市場整組零售

歐盟各國流行的冷卻組裝套件RFK是一種熱交換板（換熱板），直接貼到光電板背面（上圖所示），內部流通冷卻液體乙二醇（Glycol），使用循環泵把熱量輸送到蓄水桶，成為廢熱回收的熱水，供應給家庭/醫院/學校宿舍/工廠宿舍/星級酒店/溫水游泳池使用。所以冷卻組裝套件有2種主要功能：提高發電量+提供熱水。

〈PV/T new generation system〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

濾布網孔尺寸為 0.28 毫米。建議每年檢查立管式集水器的濾芯一到兩次，必要時可用洗碗機清洗。與雨水儲存槽的出口連接口徑為 DN 50（50 毫米），與污水管的連接口徑為 DN 110（110 毫米）。

符合 DIN EN 12056 / EN 752 排水標準，並符合 DIN 1989 標準。

〈Standpipe Filter collector〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

符合 DIN EN 12056 / EN 752 排水標準，並符合 DIN 1989 標準。

〈Vortex Fine Filter WFF 100 with extension tube〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

WFF 300 是一款雨水過濾器，適用於地面安裝以及室內安裝（例如工業用途）。經 ATV 車輛碾壓測試，該過濾器可承受總重達 60 噸的車輛碾壓。

外殼採用聚丙烯材質，濾芯採用不鏽鋼材質。濾網孔徑為 0.38 毫米。建議每年檢查兩次。必要時，可用水管沖洗。

更多詳情：

可選塑膠或鋼製外罩

包含濾芯

底板和 50 公分提把

符合 DIN EN 12056 / EN 752 防漏標準

符合 DIN 1989 標準。

〈Vortex Fine Filter WFF 300〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

符合 DIN EN 12056 / EN 752 排水標準，並符合 DIN 1989 標準。

〈Vortex Fine Filter WFF 150〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

這款花園雨水收集器具有自動溢流保護功能，並且由於採用不銹鋼材質，因此具有防凍性能。它專為與花園雨水桶配合使用而設計，並安裝在雨水落水管上。此花園雨水收集器符合DIN EN 12056排水標準，並符合DIN 1989的要求。它可以配備或不配備濾芯，其中配備濾芯的收集器維護成本極低。我們建議每年檢查兩次GRS花園雨水收集器的濾芯，必要時可用洗碗機清洗。

〈Garden Rainwater Collector GRS〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。

Manufactured by HeizerSile in Italy. HeizerSile is one of the largest manufacturers of hot water systems in Europe, specializing in solar water heating, boilers and industrial thermal equipment, and is headquartered in Treviso, Italy.

Why must we choose an upright model?

The placement of the water tank directly determines the energy-saving effect of the solar energy system. Vertical water tanks can make full use of the principle of thermal stratification—hot water naturally rises and cold water sinks to the bottom, resulting in a significant temperature difference between the top and bottom. The system can prioritize using the high-temperature hot water from the top, reducing the frequency of auxiliary heating and truly achieving the effect of saving electricity and energy.

In contrast, horizontal water tanks allow hot and cold water to mix easily, resulting in poor heat stratification and a lower overall water temperature. This necessitates more frequent activation of the backup heating element to replenish the temperature, significantly increasing power consumption. This is a crucial issue often overlooked in Taiwan's solar water heating systems.

Main features

The upright design fully utilizes the benefits of thermal stratification, resulting in significantly better energy savings compared to horizontal water tanks.
Made in Italy by HeizerSile, with quality meeting European standards.
It is suitable for use with various types of solar collectors and serves as the core heat storage device for solar water heating systems.
It can be equipped with single or dual coil designs depending on the needs, supporting multiple heat source systems such as solar energy, heat pumps or waste heat recovery.
The inner liner offers anti-corrosion treatment options such as glass coating or Bluetech soft hot melt resin to extend its service life.
The outer layer is covered with high-efficiency thermal insulation material to reduce heat loss and maintain stable water temperature.

〈BSFV 1〉這篇文章最早發佈於《Greensustainable Enterprise | 曾茂行》。