易拆解太陽能模組技術

Easy-dismantled Solar Panels

工業技術研究院

Industrial Technology Research Institute

材化所

綠電大突破！可循環再利用的太陽能模組

Breakthrough for green energy-Recyclable solar panels

永續循環從源頭開始，易拆解太陽能模組技術從材料源頭及結構設計著手，解決一般太陽能模組難以拆解、回收價值低的問題，拆解後的完整零組件可重複使用，大幅減少碳足跡、碳稅，不需改變模組製程條件，且材料成本與EVA相近，大幅提昇商業競爭力。

Sustainable recycling should begin from the source. The disassemblable solar panel technique focuses on the material source and structure design to solve the disassembly difficulty and low recycling value problems for normal solar panels. Since the disassembled components can be reused to reduce carbon footprint and carbon tax without changing the manufacturing condition of panels and the material cost maintains similar to EVA, the business competitiveness significantly enhances.

・易拆解零件可重複使用
・大幅減少碳足跡
・不須改變既有製程

・Components are easy to assemble and reusable
・Massively reduces carbon trace
・No need to change the existing process

嚴苛腐蝕環境用太陽能支撐架

Solar Panel Brackets for Extremely Corrosive Environments

工業技術研究院

Industrial Technology Research Institute

材化所

為太陽能延壽，可自癒修補的防腐蝕塗料

Extending life for solar energy - Self-healable anti-corrosion coating

防腐蝕塗層是提升太陽能發電系統耐用度的關鍵，單道無毒防蝕塗裝支架技術，結合熱浸鍍鋼材，克服嚴苛環境高度腐蝕問題，延長發電系統運轉壽命。同時將防蝕、耐候、耐久使用等多重終能整合於一道塗裝，能客製化配色並與自癒合修補塗料搭配使用，提升養護便利性。

Anti-corrosion coating is the key to improve the durability of solar panel systems. The single-layer, non-toxic, anti-corrosion bracket coating technology, combined with hot-dip galvanized steel, overcomes severe corrosion problems in extreme environments and extends the service life of power generation systems. This technology integrates multiple functions, including corrosion resistance, weather resistance, and durability within one coating layer with customized colors. It can also be used in combination with self-healing coatings for more convenient maintenance.

・克服嚴苛環境高度腐蝕
・防蝕耐候耐久一道完成
・能客製化配色

・Overcomes severe corrosion in extreme environments
・Corrosion resistance, weather resistance, and endurance in one coating layer
・Provides customized colors

電動車用高能量/高安全樹脂固態電池

High Energy and Safety Polymer Solid Lithium Ion Batteries in EV Application

工業技術研究院

Industrial Technology Research Institute

材化所

解決鋰電池安全問題，高溫循環壽命佳

A solution to LIB safety with long service life under high-temperature cycling

高安全樹脂固態電池兼具液態電池的高離子導電度與固態電池的安全性，利用添加3%NAEPE來固化97%液態電解液，形成類似海綿體的網狀構造，穩定鋰電池結構，解決EV追求高能量密度及低成本需求，大幅提升下世代高能量密度動力鋰電池之效率。

The high-safety epoxy solid-state battery provides the high ion conductivity of liquid-state batteries and the safety of solid-state batteries. It used 3% of NAEPE to solidify 97% of liquid electrolytes to form a sponge-like reticulated structure that stabilizes the structure of lithium-ion batteries. It helps EVs meet the requirements of high power density and low cost and significantly enhances the efficiency of the next-generation high power density lithium-ion batteries.

・耐高溫提高電池安全性
・電池壽命增加20%
・製程變異小、易導入

・High-temperature resistance improves battery safety
・Battery life increases 20%
・Small variation for production, easy introduction

低碳排再生能源：鈣鈦礦太陽能電池

Low Carbon Emission Renewable Energy: Perovskite Solar Cell

國立清華大學

National Tsing Hua University

鈣鈦礦電池量產1.0

Scale-up Engineering Technology for Perovskite solar cell

鈣鈦礦太陽電池不僅原材料便宜與製程簡單，且在大學研究室使用簡易實驗設備已可製出高效率元件，因而吸引了全球產官學研界的注意，成為全球關注的熱點光伏新技術，未來之發展性非常受到期待。回顧太陽光電產業在台灣的發展，不論是第一代的單/多晶太陽電池或是薄膜矽太陽電池，一開始都因缺乏完整的自主技術而只能以大筆資金向外商購買所謂的整套解決方案(turnkey solution)，然後藉由放大經濟規模，提高良率等製造管理手段獲取利潤。然而由於光伏模組價格下跌速度過快，使目前國內光伏業者遭遇非常大的經營困境。台灣作為全球科技業製造重鎮，若能在下一代的光伏-鈣鈦礦太陽電池領域擁有自主技術，可在鈣鈦礦電池市場中占有一席之地，甚至一舉扭轉我國光伏產業的困境。本團隊經由價創計畫平台，成功建立國內首座液為全球少見的鈣鈦礦電池模組試產線，為將學校核心技術，國內優良的設備製造能力以及人脈豐沛的新創團隊整合的成功範例。

we have developed a pilot line to fabricate perovskite solar module. In particular, three sub-projects are included: development of scalable processes, machines and control of key raw materials. In the section of developing scalable processes, we have defined processes to fabricate perovskite solar module under the consideration of low material waste, high throughput, good quality and scale-up feasibility. For key raw materials control, we will focus on purification of PbI2 and special sputtering targets. Our achievement can provide core competitiveness of Taiwan's industry in the field of perovskite solar cell technology

・碳排較火力發電低99%
・多樣式鈣鈦礦模組
・獨家水溶液製製程

・Only 1% CO2 emmision compared with thermal power generation
・Versatile module appearence
・Unique water-based process

太陽能板循環經濟生態系解決方案

Solar Panel Circular Economy Solution

台南大學

National University of Tainan

以全物理方式回收光電板，低能耗零污染

An Eco-friendly and economic solution for recycling PV panels .

全自動AIoT設備以純物理方式回收光電板，實現近100%回收率及99%減碳量，搭配web3.0技術生成不可篡改的回收履歷，回收平台上架完整且透明的回收商資訊，提供上游更多更好的選擇，完成交易即可獲得回收履歷，回收料則經由高效去化方式製成高品質再生料。

The fully automated AIoT equipment achieves a near 100% recycling rate for PV panels and reduces carbon emissions by 99% through a purely physical process. It utilizes web3.0 technology to generate immutable recycling resumes. The platform provides transparent information about recyclers, giving PV panel holders more and better choices. Transactions result in the reward of recycling resumes, and recycled materials are efficiently upcycled through disposal channels.

・自動低碳完全回收設備
・回收履歷加值交易平台
・回收物料升級去化渠道

・Automated Equipment with 100% Recovery Rate & 99% Carbon Reduction
・Recycling Platform with Immutable Resumes
・Disposal Channels for Upcycling Recycled Materials

高性價比的氫燃料電池

High Cost-Performance Ratio Hydrogen Fuel Cell SystemLow cost 60kW fuel cell system with metal plate stack

工業技術研究院

Industrial Technology Research Institute

綠能所

氫瘋雙俠

Enthusiastic Hydrogen Experts

台灣氫能產業的先驅與半導體的掘氫師

Taiwan hydrogen power pioneer, H₂ recycler of semiconductor

燃料電池組智慧自動製造組裝系統，以專利電堆模組技術、混氣優化控制系統，成為半導體餘氫回收最佳解決方案 透過長壽命金屬板技術，提供輕量化、高性價比燃料電池系統。

Smart auto assembly system for fuel cell module, An optimal solution for semiconductor residual hydrogen recycling is achieved by integrating patented electrical stacking technology and syngas mixed data optimization control system. Through long durability metal plate technology, we provide fuel cell systems with light weight and high cost-performance ratio.

1. 氫循環經濟：零碳排
綠電, 符合ESG
2. 商用車載具
3. 系統特色：高CP值
長壽命, 自動組裝

(1)Recycle hydrogen economic: Net zero carbon/ ESG/ green power.
(2)Long distance & operation commercialized vehicle
(3)Fuel cell system: high CP ratio, long lifetime, automatic assembly, compact

雲充電營運管理系統

Cloud Charging Management System

起而行綠能股份有限公司

起而行綠能股份有限公司

起而行綠能

eTreego

提供營運商與社區能源管理系統的解決方案

The energy management system aims to meet the needs of eMSP, CPO, and communities.

基於對車端技術、產品技術、通訊協定、以及過去豐富營運經驗累積等了解，開發雲充電營運管理系統。以社區大樓而言，可以避免尖峰時間進行有效充電排程，也能解決金流與收費的工作。對充電營運商，能夠減少整體系統開發時程、減少維運人數、且能形成商務合作串聯平台。

Based on the understanding of EV charging technology, communication protocol, and operating experiences are for developing the cloud charging management system(CCMS). For communities, it can schedule charging time to avoid peak hours and solve the payment work. For MSP, it can reduce the whole system development time and the number of maintenance operators and form a business cooperation series platform.

・服務雲端化資產輕量化
・收費訂閱制模組可選搭
・智慧排程與管理功能

・Service cloud-based, asset lightweight
・Scription service, module are optional
・Smart charging sceduling and management

鹼性膜電解水產氫製程技術

Cost-Effective Anion Exchange Membrane Electrolysis for Green Hydrogen Production

工業技術研究院

Industrial Technology Research Institute

材化所

藉由觸媒電極、膜電極組、電堆設計開發，電解綠氫單位產能較商規高出500%，體積功率節省86%，有助於國內發展分散式電解綠氫推動；膜堆周邊裝置使用相分離器內置冷卻的整合設計，可降低4.5%BOP能耗以提高系統產氫效率，提升產氫機的市場競爭力

Attributed to the development of efficient electrode, membrane electrode assembly and stack design, the yield of hydrogen was 5 times higher than commercial one, besides, it could also saved 86% of the volume power density. By utilizing an integrated technology of the phase seperator and heat exchanger, the BOP power comsumption can be reduced by 4.5%. With this technology, our hydrogen electrolyzer has performance advantage compared to other competitors.

高效率低成本鹼性膜電解產氫技術
低能耗BOP設計

Cost-effective anion exchange membrane electrolysis
BOP with low power consumption designs

可循環銅箔基板

Recyclable Copper Clad Laminate

工業技術研究院

Industrial Technology Research Institute

材化所

可循環熱固樹脂可重複使用，不但解決國內相關產業廢棄物無法再利用的問題，也達成歐盟循環經濟政策中，在2030年時電子廢棄電子產品能做到原物料回收>70%。

Recyclable thermosetting resin can be reused, which not only solves the problem of how to reuse domestic industrial waste, but also contributes to the EU circular economy policy that by 2030, electronic waste can be recycled at >70%.

・可循環使用
・具有阻燃特性
・循環溫度可調控

・Recyclable.
・Has flame retardance
・Recycle temperature can be adjusted

智慧管網行動洩漏快篩預警系統

Early Leakage Warning System of Piping Network Using a Smart Mobile Rapid Screening Technology

工業技術研究院

Industrial Technology Research Institute

材化所

解決當前檢漏人力不足，診斷差，速度慢的問題，提供AI線上精準洩漏偵測快篩服務，快速洩漏定位之效果，系統導入至個人手持式裝置或後端平台，可進行遠端與現場互動掌握管路現況資訊，有利於未來大數據分析，進行管路漏水點預測與防治

A fast leakage area screening service with AI online precision leakage detection is provided to solve the problems of lack of manpower, poor leakage diagnosis, and slow inspection speed. The current situation of the piping network can be instant mastered by transiting the on-site information into the cloud system. Furthermore, the big data analysis on the pipeline leakage location can be conducted and use to predict and prevent the leak on other network in the future.

・第一套智慧化測漏系統
・快篩洩漏提高修漏效率
・操作簡單且可靠易使用

・The first intelligent leak detection system
・Quickly leak screening to improve leak repair efficiency
・Easy to operate, reliable and easy to use

複合式空品感測器

Composite Air Quality Sensor

工業技術研究院

Industrial Technology Research Institute

感測系統中心

複合式空品感測器可檢測空氣中對人體健康有害的 PM2.5、O3、一氧化碳及多種有機揮發性氣體。 它符合 EPA 空氣品質物聯網應用要求。 由於複合空氣品質感測器採用動態光學檢測、微機電感測元件技術及特殊應用積體電路，具有小型化、數位化、低功耗及可 ppb-level 氣體濃度偵測等優點。

The composite air quality sensor can detect PM2.5, O3, carbon monoxide and various organic volatile gases in the air that are harmful to human health. It complies with EPA air quality IoT application requirements. Since the composite air quality sensor adopts dynamic optical detection, micro-electromechanical sensing element technology, and application specific integrated circuit (ASIC), it has the advantages of miniaturization, digitization, low power consumption and ppb level gas concentration detection.

・動態光學檢測
・低功耗微機電感測元件技術
・ppb-level 氣體濃度偵測

· Dynamic Optical Inspection
· Low-power MEMS Sensing Element Technology
· ppb-level Gas Concentration Detection

數位減碳應用技術

Digital Carbon Emission Reduction Application Technology

工業技術研究院

Industrial Technology Research Institute

資通所

透過AI最佳化技術，提供全方位的減碳與製程生產最佳化解決方案，以創新的雙腦協作翻轉過往經驗導向的工作模式，可協助製造業減排，提升生產效率，優化生產以減少高耗能設備使用和設備待機空轉電力

Through AI optimization technology, it provides a total solution of process optimization and carbon emission reduction. This technology can invert the past experience-oriented work mode with innovative dual-brain collaboration, which can help the manufacturing industry to reduce carbon emissions, improve production efficiency and optimize production, so as to reduce energy-intensive equipment usage and equipment standby idling power.

1.雙腦協作參數最佳化
2.具學習機制的產線資源調配最佳化應用
3.可跨領域應用

1. Optimizing the parameters of dual-brain cooperation
2. Production resource optimization with learning mechanism
3. Cross-discipline applicable

創新低碳排微生物合成靛藍染料技術

Innovative, Low Carbon Emission Microbial Synthesized Indigo Technology

工業技術研究院

Industrial Technology Research Institute

材化所

低碳無毒永續靛藍染料生物合成技術，為翻轉現有化學合成染料具汙染及危害製程之關鍵技術；開發創新染料生產菌株，利用永續料源及無有害物質使用且常溫常壓之製程，提供紡織產業鏈低環境衝擊之技術解決方案，大幅提高我國紡織產業鏈之全球競爭性。

Low-carbon, non-toxic and sustainable indigo dye biosynthesis is the key technology to overcome the polluting and harmful nature of the existing chemically dyes production. The development of innovative dye producing bacteria that utilizes sustainable, non-toxic materials with ambient production process provides the textile industry with a solution with low environmental impact, and greatly boast global competitiveness of Taiwan's textile industry.

• 可工業化低碳生產製程
• 無有害物質殘留
• 無須改變現有染整製程，易導入

• Commercial scale, low carbon manufacturing process
• No toxic material residual
• Compatible with current dyeing process

鋰金屬固態電池

Solid-State Lithium Metal Battery

工業技術研究院

Industrial Technology Research Institute

材化所

安固能

GOOD Battery

告別里程焦慮，鋰金屬固態電池

Farewell to range anxiety, the solid state lithium metal battery.

藉由可固化之電解質技術及高能量鋰金屬負極，進行全新鋰電池型態的改變，解決電動車里程困境。 相較於傳統的液態鋰電池，電動車輛使用鋰金屬固態電池可提升1.5倍的行駛里程，同時通過EUCAR Level2的電池針刺試驗，該技術更獲2020年R&D100獎。

By utilizing solidified electrolyte technology and high-energy lithium metal anode, a new type of lithium battery is introduced to address the range limitations of electric vehicles. Compared to traditional liquid lithium batteries, electric vehicles equipped with lithium metal solid-state batteries can achieve a 1.5 times increase in driving range. Furthermore, this technology has passed the EUCAR Level 2 battery nail penetration test and was awarded the 2020 R&D 100 award.

1.可提高電動載具行駛里程
2.高度安全性，防止爆炸
3.支援快速充電

1.Increase the mileage for Evs
2.Highly safety to prevent explosions
3.Fasr charge supported

無BPA、無重金屬矽改質耐蝕塗料技術

BPA-free, Heavy Metal-free Silicon-modified Corrosion-resistant Coating Technology

工業技術研究院

Industrial Technology Research Institute

材化所

支架環保耐蝕塗料技術，讓太陽能「站穩」腳步

Environmental friendly corrosion-resistant coating technology for steel brackets, allowing solar energy to "stand firm"

(1) 解決太陽能支架耐蝕性不足，無法應對台灣腐蝕環境的問題。 (2) 矽改質塗料技術，整合耐蝕、耐光照、耐磨耗等特性於一道塗層中。可令耐蝕支架以全自動化生產，大幅降低業者成本。

(1) Solve the problem that the brackets has insufficient corrosion resistance and cannot cope with long-term use in the high-corrosion environment along the coast of Taiwan. (2) Corrosion-resistance, light-resistance, and abrasion-resistance 3-in-1 baking paint system enables the automated production of corrosion-resistant brackets and greatly reduces the production cost. BPA-free and heavy metal-free, no doubt about the harm to the human body and the environment.

(1) 耐蝕、耐光照、耐磨三效合一
(2) 通過SGS RoHS 2.0, 無BPA檢驗
(3)可自動化烤漆降低支架成本

(1) Corrosion resistance, UV resistance and wear resistance three-in-one.
(2) Passed SGS RoHS 2.0, no BPA inspection
(3) Automated painting can reduce the cost of corrosion-resistant brackets.

輕量型氫燃料電池無人機

Lightweight Hydrogen Fuel Cell Powered Drone

工業技術研究院

Industrial Technology Research Institute

材化所

高功率-輕量化-零排放

High Power - Lightweight - Zero Emissions

(1)無人機續航力不足問題，由3倍高能量密度之氫燃料電池來替補!以提高運營效率且符合環保無汙染。 (2)其中高功率輕量化電堆、高效率混成電力及電力安全監測管理等多項技術開發及整合，創造一款輕量化且長航時穩定之氫燃料電池無人機系統。

(1) The insufficient cruise time of electric drones with lithium battery can be overcomed to reach 3 times flight time and enhance the operation efficeincy by hydrogen fuel cells. It is also an environmental friendly and pollution-free power system. (2) A hydrogen fuel cell powered UAV with lightweight, stable and long endurance will be developed by the integration of high-power lightweight stacks, high-efficiency hybrid power and power safety monitoring and management.

酬載5kg飛行181分鐘
電堆功率密度1400W/kg
最大起飛重量25公斤

181 minutes flight with 5kg payload
Stack power density 1400W/kg
Maximum take-off weight 25 kg