在風力發(fā)電行業(yè)，保障設備穩(wěn)定高效運行意義重大。工業(yè)內(nèi)窺鏡作為先進的無損檢測工具，在風力發(fā)電設備維護與故障排查中作用關鍵。?

In the wind power industry, ensuring the stable and efficient operation of equipment is of great significance. As an advanced non-destructive testing tool, industrial endoscopes play a crucial role in the maintenance and troubleshooting of wind power generation equipment. ?

葉片檢測，守護風能 “采集器”?

Blade detection, guarding the wind energy 'collector'

風力發(fā)電機葉片長期經(jīng)受復雜自然環(huán)境考驗，是捕獲風能的核心部件。工業(yè)內(nèi)窺鏡能沿葉片預設通道深入內(nèi)部，查看復合材料是否因機械應力、濕度侵蝕等出現(xiàn)分層，判斷粘接部位的膠水有無老化、脫粘現(xiàn)象，精準定位氣孔、裂紋等缺陷，為及時修復提供依據(jù)，保障葉片穩(wěn)定運行，持續(xù)高效采集風能。?

Wind turbine blades are the core components for capturing wind energy, as they have been subjected to complex natural environmental tests for a long time. Industrial endoscopes can penetrate deep into the interior along the preset channels of the blades to check whether the composite material has delaminated due to mechanical stress, humidity erosion, etc., determine whether the adhesive at the bonding site has aged or peeled off, accurately locate defects such as pores and cracks, provide a basis for timely repair, ensure stable operation of the blades, and continuously and efficiently collect wind energy. ?

機艙部件檢測，保障核心動力源?

Cabin component inspection to ensure core power source protection

機艙內(nèi)關?

Cabin interior

部件眾多，工業(yè)內(nèi)窺鏡應用廣泛。對于齒輪箱，可借助它觀察高速重載下齒面的磨損、點蝕甚至斷齒情況，評估磨損程度，確定維修或更換方案，確保傳動平穩(wěn)。檢測發(fā)電機時，能深入內(nèi)部查看繞組是否松動、絕緣層有無破損，避免電氣連接不穩(wěn)定及短路風險。還能檢查機艙內(nèi)螺栓、螺母等連接部件的松動、腐蝕跡象，及時加固或更換，防止部件脫落引發(fā)事故。?

There are numerous components, and industrial endoscopes are widely used. For gearboxes, it can be used to observe the wear, pitting, and even tooth breakage of the tooth surface under high-speed and heavy loads, evaluate the degree of wear, determine maintenance or replacement plans, and ensure smooth transmission. When inspecting the generator, it is possible to go deep inside to check whether the winding is loose and whether the insulation layer is damaged, in order to avoid unstable electrical connections and the risk of short circuits. It can also check for signs of looseness and corrosion in connecting components such as bolts and nuts inside the cabin, and promptly reinforce or replace them to prevent component detachment and accidents. ?

塔筒檢測，穩(wěn)固風機 “脊梁”?

Tower detection, stabilizing the "backbone" of the fan

塔筒支撐著整個風力發(fā)電設備，其結(jié)構完整性至關重要。工業(yè)內(nèi)窺鏡可用于檢測塔筒內(nèi)部，查看筒壁因風雨、沙塵，尤其是沿海潮濕環(huán)境導致的腐蝕痕跡，確定腐蝕位置、面積和深度，以便針對性地補漆或更換受損板材。同時，能發(fā)現(xiàn)塔筒內(nèi)部焊縫的裂紋、未焊透等缺陷，確保塔筒堅固穩(wěn)定，支撐風力發(fā)電機安全運行。

The tower supports the entire wind power generation equipment, and its structural integrity is crucial. Industrial endoscopes can be used to inspect the interior of tower tubes, examine corrosion marks on the tube walls caused by wind, rain, dust, especially in humid coastal environments, determine the location, area, and depth of corrosion, and repair paint or replace damaged panels in a targeted manner. At the same time, defects such as cracks and lack of penetration in the internal welds of the tower can be detected, ensuring the tower is sturdy and stable, and supporting the safe operation of the wind turbine.

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