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Locations with completed covered conductor projects. SCE is strengthening its system by replacing bare wire with covered conductor, which are power lines with durable protective coating to help prevent sparks when objects such as flying tree branch during strong winds or an animal comes in contact with the line. To learn more, visit Wildfire Mitigation Efforts.
Locations with planned covered conductor projects. SCE is strengthening its system by replacing bare wire with covered conductor, which are power lines with durable protective coating to help prevent sparks when objects such as flying tree branch during strong winds or an animal comes in contact with the line. To learn more, visit Wildfire Mitigation Efforts.
Locations with completed undergrounding projects. SCE is undergrounding power lines, targeting the highest fire risk areas especially where lines have not been replaced by covered conductor. This map only shows undergrounding projects related to wildfire mitigation. To learn more, visit Wildfire Mitigation Efforts.
Locations with planned undergrounding projects. SCE is undergrounding power lines, targeting the highest fire risk areas especially where lines have not been replaced by covered conductor. This map only shows undergrounding projects related to wildfire mitigation. To learn more, visit Wildfire Mitigation Efforts.
Locations of high-definition wildfire cameras that pan, tilt, zoom and perform 360-degree sweeps approximately every minute to help monitor wildfire conditions in high fire risk areas. Each location typically has two cameras installed. To view the live camera feeds, visit ALERTCalifornia.
Locations of weather stations that provide wind speed, humidity and temperature data that is updated every few minutes. The data allows more targeted de-energizations during Public Safety Power Shutoffs. To view current weather conditions, red flag warnings and other wildfire-related threats, visit: Weather and Fire Detection.
Areas with high risk of wildfires.
Areas that are served by a circuit that crosses a high fire risk area and may experience Public Safety Power Shutoffs.
Areas where Southern California Edison provides electric service to customers.
Fire perimeters of Eaton and Palisades fires
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註：地圖上所示的特徵僅供參考。地圖資訊無意取代 SCE 的正式監管報告或檔案。距離和位置在此尺度下可能會被扭曲。規劃工作可能會因多種因素而變動，包括法規核准、可行性、許可及其他限制條件。若專案在原定年度內未完成，則可持續至後續數年。地圖每月更新一次。
SCE 的野火緩解計畫概述了增強電網韌性和降低野火風險的明確前進方向。SCE 採用策略性和整體性的方法，優先進行電網加固、資產檢查和植被管理活動，以積極減少野火並保護我們所服務的社區。SCE追蹤各SCE區域的野火倡議進度，並合理推算至縣級。
常見問題
FAQ
1. 設計
在設計階段，SCE 根據電路停電歷史、電路位置和周圍區域（包括設備附近的植被和過去的天氣條件）來確定最佳加固選項。此分析是確定擬建區域可完成的工作類型及定義工作範圍所需細節的重要步驟。
2. 許可
一旦確定了作業範圍，SCE 即可確定是否需要許可。大多數工程至少需要一份封路許可證，通常由市、縣或加州交通部頒發。其他的許可證要求取決於工程的地點，其中可能包括州和聯邦土地許可證、環境審批、私人產權地役權、聯邦航空管理局批准或鐵路通行權許可證。許可證核准最短可能只需兩個月，但也可能耗時更久。
3. 施工
一旦收到所有必要的許可證，即可安排作業並開始施工。在大多數情況下，這項作業需要在施工結束時停電，此時電力已準備好從裸露架空線路切換到被覆導電體或地下線路。如果需要停電，我們會提前通知客戶。
Safety is SCE’s number one priority. SCE’s grid hardening work keeps safety top of mind and uses a comprehensive strategy that builds on continuous efforts to address immediate and long-term wildfire risks in response to changing community needs and extreme weather events. We continue to harden the grid and invest in resiliency measures including installing covered conductor, undergrounding power lines, clearing vegetation near power lines, inspecting equipment for repairs and maintenance and integrating advanced technologies to reduce the risk of wildfires by utility equipment.
SCE develops and deploys grid hardening in the areas of greatest risk. We continue to prioritize our riskiest areas first. To determine High Fire Risk Areas, SCE uses a combination of wildfire risk modeling, CPUC's High Fire Threat District map and historical fire data. As the threat of wildfire continues to grow, SCE regularly checks its service area to assess the risk factors.
By replacing bare power lines with covered conductor and undergrounding lines in high fire risk areas, SCE significantly reduces the chance of ignitions during extreme weather events. It helps prevent outages and ensures a more reliable power supply. Enhanced infrastructure and predictive analytics improvements help to reduce the impact of PSPS events. Fast-acting fuses and automated switches improve the precision of shutoffs, minimizing the number of affected customers and enhancing overall safety. Strengthening the electrical grid supports the integration of more clean energy resources, contributing to California's goal of reducing greenhouse gas emissions .