01 / Climate tech
Technology needs context
技術需要放進情境
Compare a technology’s purpose, maturity, resource needs, costs and measurable effects. The best fit depends on place and application.
比較技術的用途、成熟度、資源需求、成本與可量測影響；適用性取決於場域與應用。
Innovation
Ideas that move into practice
讓創新走向實務
A cross-disciplinary view of climate technology, clean energy and digital transformation.
以跨領域視角探索氣候科技、潔淨能源與數位轉型。
This page describes the proposed content framework. Program schedules, people, organizations and credentials are published only when confirmed.本頁呈現規劃中的內容架構；課程時程、人員、機構與證書資訊確認後才正式公布。
Innovation
What you can explore
你可以探索的內容
Evaluate emerging ideas by their real-world impact.
以真實世界的成效檢驗新想法。
02 / Green technology
Look across the lifecycle
檢視完整生命週期
Consider upstream materials, operations, maintenance and end-of-life management when assessing a proposed solution.
評估方案時，需一併考慮上游材料、營運、維護與最終處置。
03 / Energy innovation
Design the whole energy system
設計整個能源系統
Examine generation, storage, demand, efficiency, controls and reliability together. A single component rarely tells the whole story.
綜合檢視發電、儲能、需求、效率、控制與可靠性；單一設備無法說明系統全貌。
04 / Carbon removal
Distinguish pathways and evidence
辨識移除路徑與證據
Removal pathways differ in storage durability, monitoring, environmental impacts and scalability. These differences should shape project design and claims.
各移除路徑在儲存持久性、監測、環境影響與擴張性方面不同；專案設計及宣稱都應反映這些差異。
05 / Digital transformation
Make technology useful
讓科技真正有用
Frame the operational question first, then select data and tools. Evaluate benefits, limitations and the people needed to run the system.
先定義營運問題，再選資料與工具；同時評估效益、限制及運作所需的人才。
Questions / 常見問題
Before you begin
開始之前
How does EEIA assess innovation?
EEIA 如何看待創新？
By examining evidence, readiness, lifecycle impacts and whether the solution addresses a defined need.
檢視證據、成熟度、生命週期影響，以及方案是否回應明確需求。
Next steps / 下一步