5-Petal Brush Head
The innovative five-petal brush head design reduces weight while allowing debris to be expelled quickly, improving overall cleaning efficiency.
Both EH2 models use the same balanced dual-disc platform, with a five-petal brush head, anti-static bristles, dual brushless motors, and durable fasteners for professional PV cleaning.
The innovative five-petal brush head design reduces weight while allowing debris to be expelled quickly, improving overall cleaning efficiency.
Dual brushless motors rotate in opposite directions, providing stable output and low resistance for smoother dual-disc operation.
Special anti-static polymer bristles support both dry and wet cleaning modes, ensuring efficient cleaning without scratching panel surfaces.
Stainless steel fasteners throughout the machine offer superior durability and corrosion resistance in harsh working environments.
CF6 is optimized for full carbon fiber portability. GF7.5 extends reach for wider scenario coverage while keeping the same dual-disc cleaning efficiency.
RhinoPole·EH2-CF6 is a 6m full carbon fiber, ultra-portable balanced-power dual-disc solar panel cleaning brush designed for easy storage and transportation. Compact enough to fit inside a MINI Cooper, it supports AC and lithium battery power, plus wet and dry cleaning applications.
With an innovative five-petal brush head, high-strength carbon fiber pole, dual brushless motors, and anti-static polymer bristles, it delivers efficient cleaning while helping ensure safe, 0-damage contact with solar panels.
RhinoPole·EH2-GF7.5 features a unique five-petal brush head and is centered on efficient cleaning, safe operation, and panel-friendly contact. Counter-rotating heads paired with anti-static nylon bristles quickly remove stubborn stains while protecting PV panels from damage.
The 7.5m glass fiber telescopic pole adapts to a wide range of application scenarios, extending reach while reducing operator fatigue and enhancing durability for high-efficiency cleaning.
The CF6 telescopic design fits inside compact cars such as a MINI Cooper, ensuring hassle-free handling and loading for mobile cleaning teams.
Specifications are organized from the provided EH2-CF6 and EH2-GF7.5 reference content, with product names updated to RhinoPole.
From compact car dispatch to long-reach rooftop work, EH2 supports practical daily cleaning routes for solar O&M teams.
Dual-disc coverage and water-fed cleaning options help crews clean repeated PV panel areas with stable control.
CF6 is compact enough for small vehicle transport, helping service crews load, unload, and move between sites quickly.
Stainless steel fasteners and anti-static pole construction support work in heat, humidity, sand, and dust.
RhinoPole·EH2 is a balanced-power dual-disc solar panel cleaning brush series for professional PV cleaning teams. The series includes RhinoPole·EH2-CF6 for compact transport and RhinoPole·EH2-GF7.5 for ultra-long reach across wider operating scenarios.
Both models are built around efficient cleaning, safe operation, and panel-friendly contact. The five-petal brush head reduces weight and helps expel debris quickly, while counter-rotating dual brushless motors deliver stable output with low resistance.
Choose RhinoPole·EH2-CF6 when portability, full carbon fiber construction, and easy vehicle storage matter most. Choose RhinoPole·EH2-GF7.5 when the cleaning route needs a 7.5m pole and broader scenario coverage from the operator position.
CF6 uses a 6m full carbon fiber telescopic pole and focuses on ultra-portable storage. GF7.5 uses a 7.5m glass fiber telescopic pole for longer reach and broader cleaning scenarios.
Yes. Special anti-static polymer bristles support both dry and wet cleaning modes, helping clean efficiently without scratching panel surfaces.
EH2 can be configured as an AC version, lithium battery version, or dual-power version according to project workflow and site power conditions.
The EH2 platform uses anti-static nylon / polymer bristles and balanced counter-rotating brush heads to remove stubborn stains while protecting PV panels from damage.