工業技術研究院

技術簡介

本技術聚焦於多元太陽光電與光儲系統的整合設計與應用，並結合智慧能源管理平台，實現分散式能源管理。於台南沙崙 D 區建置 88 kW 多元光電，包括屋頂型 BIPV 高效模組與停車棚的可撓光電模組。系統整合高效 TOPCon 和 PERC 技術，光電轉換效率達 23％以上，搭配 100 kWh 儲能系統，支持高峰放電與夜間低谷充電策略。透過智慧能源平台，能即時監測能源數據、負載調度及能源流向，提升能源使用效率，為未來低碳城市基礎設施提供重要技術參考。

Abstract

This technology focuses on the integrated design and application of diversified solar photovoltaics and photovoltaic-storage systems, combined with an intelligent energy management platform to achieve distributed energy management. An 88 kW diversified photovoltaic system was established in Zone D of Shalun, Tainan, and included high-efficiency roof-mounted BIPV modules and flexible photovoltaic modules on carports. The system integrates high-efficiency TOPCon and PERC technologies, achieving a photovoltaic conversion efficiency of over 23％. Paired with a 100 kWh energy storage system, it supports peak discharge and off-peak nighttime charging strategies. The intelligent energy platform achieves real-time monitoring of energy data, load dispatching, and energy flow, enhancing energy utilization efficiency and providing critical technical references for future low-carbon urban infrastructure.

技術規格

1.可撓光電模組技術：採用 N-TOPCon 和 PERC 技術，光電模組轉換效率分別達 25.2％ 和 23.2％。模組設計輕量化，單片重量僅 4 kg，適用於建築整合光電（BIPV）與曲面結構應用。 2.儲能系統：容量 100 kWh，搭載智慧能源管理系統（EMS），支持離峰充電與高峰放電策略。 3.發電容量：總容量為88 kW 4.智慧能源管理：地端智慧電盤與雲端監控平台實現實時數據監測、負載調度及每日尖峰/離峰電力策略。

Technical Specification

1. Flexible Photovoltaic Module Technology: Utilizing N-TOPCon and PERC technologies, the photovoltaic module conversion efficiencies reach 25.2％ and 23.2％, respectively. The modules are designed to be lightweight, with a single panel weighing only 4 kg, making them suitable for building-integrated photovoltaics (BIPV) and curved structure applications. 2. Energy Storage System: Featuring a 100 kWh capacity, it has an intelligent energy management system (EMS) to support off-peak charging and peak discharge strategies. 3. Power Generation Capacity: The total generation capacity is 88 kW. 4. Intelligent Energy Management: A combination of local intelligent power panels and a cloud-based monitoring platform enables real-time data monitoring, load dispatching, and daily peak/off-peak power strategies.

技術特色

本技術已於台南沙崙 D 區完成實地建置與測試，驗證光電與儲能系統的高效運作。首次將可撓式光電模組應用於停車棚與曲面結構，展示其輕量化與高效能特性。並透過開發智慧能源管理平台，實現能源流向可視化及動態調度。成功整合 BIPV 模組與儲能系統，提升場域能源自發自用比例至 70％，顯著降低市電依賴並減少碳排放。

應用範圍

多元太陽光電系統分析評估與建置應用。

接受技術者具備基礎建議（設備）

具有可撓式太陽光電系統或太陽光電系統建置評估需求。

接受技術者具備基礎建議（專業）

太陽光電系統及再生能源業者。

聯絡資訊