Kompaktes solarbetriebenes Videoüberwachungssystem mit zylindrischem Batteriegehäuse, konzipiert für Kameras mit geringem Stromverbrauch in abgelegenen landwirtschaftlichen Betrieben und auf Ranches. Plug-and-Play-Design für die einfache Mastmontage, perf
All-in-One-Solar-Videoüberwachungslösung für die Auslegermontage, die Kamera, Batterie und Solarmodul kombiniert. Unterstützt Bullet-Kameras oder Mini-Domes. Bestens geeignet für Obstplantagen, Landstraßen und die Absicherung von Dorfrändern, wo eine mode
Robustes integriertes Solar-Überwachungskamerasystem mit rückseitig montiertem Batteriegehäuse, geeignet für PTZ- oder Panoramakameras. Mit höherer Autonomie ist es ideal für die Straßenüberwachung, abgelegene Infrastrukturen und mobile Einsatzszenarien.
Modulares Solarenergie-Kit zur Stromversorgung mehrerer Überwachungsgeräte in rauen oder weitläufigen Umgebungen. Flexible Installation für komplexes Gelände, ideal für die Waldbranderkennung, Flusslaufüberwachung, Telekommunikationstürme und große Infras
Shenzhen Kongfar’s solar-powered CCTV systems, hybrid kits, and off-grid solutions meet CE, RoHS, EMC, and LVD standards. As a trusted China solar power kit manufacturer, we supply safe, certified systems for forest monitoring, smart farming, telecom, and EU security projects.
Shenzhen Kongfar Technology Co., Ltd. is ISO 9001, ISO 14001, and OHSAS 18001 certified. All solar-powered CCTV systems and off-grid energy kits comply with CE, RoHS, EMC, and LVD standards. We ensure quality from R&D to delivery, with strict testing, lean manufacturing, and traceable processes to support global B2B buyers with reliable and sustainable power solutions.
Solar storage power architecture for open-pit mining safety monitoring, ensuring continuous slope and warning data acquisition under dust, UV, wide-temperature, and grid-deficient conditions.
Solar storage power architecture for desert security monitoring, ensuring continuous surveillance under dust exposure, high heat, low temperature, and grid-deficient Gobi conditions.
Solar storage backup architecture for dual-power security monitoring, ensuring continuous surveillance during grid interruption under humid and seasonal temperature conditions.
Solar storage power architecture for water conservancy monitoring infrastructure, ensuring continuous hydrological data acquisition under humid, rainy, corrosive, and grid-deficient Jiangnan conditions.
Solar storage power architecture for agroforestry meteorological infrastructure, ensuring continuous weather-data acquisition under humid, fog-prone, rainy, and grid-deficient mountain conditions.
Solar storage power architecture for open-channel flow meter infrastructure, ensuring continuous flow-data acquisition under humid, rainy, corrosive, and grid-deficient mountain waterway conditions.
Solar storage power architecture for river monitoring infrastructure, ensuring continuous surveillance and water-quality data transmission under dust, rainfall, low-temperature, and grid-deficient conditions.
Solar storage power architecture for dust monitoring infrastructure, ensuring continuous data acquisition under tropical humidity, heavy rainfall, dust exposure, and grid-deficient conditions.
Solar storage power architecture for wastewater treatment infrastructure, ensuring continuous equipment operation under corrosive gas, high humidity, and grid-deficient conditions.
Solar storage power architecture for rural household off-grid energy, ensuring continuous electricity supply under low-temperature, snowfall, humidity, and grid-absent conditions.
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