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Solmaks SE / Solmaks E: تصميم مخصص ليتناسب مع أبعاد صفوف الألواح الشمسية الكهروضوئية
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إمكانية تخصيص الطول والمواصفات وفقًا لظروف الموقع
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الأطوال المتاحة: حتى حوالي 18,000 مم
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التشغيل اليدوي عن بُعد (RC) أو التشغيل الآلي مع إمكانية ضبط الفواصل الزمنية
Available Length
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Up to approx. 18,000 mm
Weight
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Approx. 40–200 kg (may vary depending on equipment length)
Main Structure & Components
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Aluminum and stainless steel construction
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CNC- and laser-machined components
Brush
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Nylon bristles + stainless steel shaft
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3 filament options: Thin / Medium / Thick
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Height adjustable
Control
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Manual RC operation or automatic operation (operation interval setting)
Travel Speed
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< 0.25 m/s
Operating Time
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Approx. 2.5–3 hours (fully charged; may vary depending on operating conditions)
Protection Rating
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Up to IP45
Battery
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Lithium-ion or Lithium Iron Phosphate (LiFePO₄)
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Detachable and rechargeable
Adjustment
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Main drive wheel position adjustment
Water Supply
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Water nozzle
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One-touch coupling for hose connection
Installation Environment
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Ground-mounted solar power plants
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Rooftop solar power plants
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Parking canopy solar power plants
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Commercial and utility-scale solar installations
Solmaks SE
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Wireless Radio Control–based operation
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Suitable for mobile use where the equipment is frequently relocated
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Selectable gun-type RF transmitter or stick-type transmitter
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Wireless remote control (forward / reverse )
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High-power motor control driver system applied
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Dual safety stop system (transmitter + driver)
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Remote emergency stop / quick stop
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Automatic reactivation upon signal recovery
Solmaks E
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Sensor-based operation with control via a WiFi-enabled mobile interface
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Stationary installation type requiring a dedicated docking station structure
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Start/Stop control of the equipment via the mobile interface
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Adjustable operating interval (cycle time) settings
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Adjustable speed and rotational direction of both the equipment and brushes
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Battery level monitoring function
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Real-time sensor status monitoring
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Equipped with a built-in button-based control box for operation when WiFi is unavailable
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Battery self-charging system implemented
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Based on an 4m width solar array
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On an 8-hour workday
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80% operating efficiency
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Panel surface cleaning area per hour : approx. 2,304m²
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8-hour high-efficiency panel cleaning : approx. 4,147kW
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8-hour conventional panel cleaning : approx. 2,950kW
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Note on 80% operating efficiency :
