H2W Photovoltaic roof for ebike, escooter, microcar

$7899.28 - $27698.59

H2W Photovoltaic roof for ebike, escooter, microcar - Ioni di sodio

$7899.28 (In Stock)

H2W Photovoltaic roof for ebike, escooter, microcar - Idrogeno

$9164.69 (In Stock)

H2W Photovoltaic roof for ebike, escooter, microcar - idrogeno e 4 bici a idrogeno

$27698.59 (In Stock)

H2W Photovoltaic roof for ebike, escooter, microcar - idrogeno e 4 bici a idrogeno

$27698.59 (In Stock)

The hot-dip galvanized steel bicycle shelter with a weather-resistant roof made of monocrystalline silicon solar modules is ideal for this purpose. Thanks to the high-quality materials used, the bicycle shelter is particularly robust and durable. It offers safe storage, closure, and parking in any weather condition. With its dimensions of 3,652 mm x 2,253 mm x 2,319 mm, the shelter offers plenty of space, making it the ideal solution for companies that want to provide their employees and visitors with a safe and practical place to park their bicycles. The 4 solar modules, attached to the shelter's roof structure, can generate up to 1.68 kWp of electricity. Each solar module has a maximum output of 420 Wp. The solar energy generated by the sun can be used in various ways: by connecting it to the domestic power grid or using it to recharge your e-bike. There are many options available. The solar modules are also waterproof: with an IP68 protection rating, even the connection socket is splash-proof. The high roof load, up to 80 kg/m, ensures safe shelter even in heavy snowfall. Instead of lithium batteries and the power grid, through 1.68kWp of photovoltaic panels, hydrogen can be produced by electrolysis from water, which can be stored directly for hydrogen supply for bike sharing and powering 240V chargers. It solves the pain points of hydrogen use and can be used with the hydrogen bike sharing series; with 4 cylinders of 8KG, you can have a total range of 240km, compared to lithium which would require 18KG and a lifecycle 20 to 49% lower. Hydrogen ebike specifications

Dimensions: 1740*620*1050mm
Rated power of hydrogen fuel cell system: 300W efficiency 60% @50% load
Frame: ALU

RANGE :50-60km

Speed 23km/h&
Hydrogen tank: 2kg
Hydrogen capacity: 20g

Pressure 1 bar
Weight: 26kg

Mechanical disc brake/two-speed drive

Tire width 4"

Diameter 24"

Front shock absorbers
note: instructions/tool for installation/wrench X2pcs / NFC

GPS anti-theft iot sharing
Card x2pcs/not included of hydrogen tank

 

;Model: C390 -60b
Length and diameter: 250*60mm

Wall thickness: 3.4mm
Volume and weight: 390ml 2kg
Capacity: 225L / 20g H2
Charging pressure: 0.99 MPa

Stored energy: 600Wh usable 360Wh @50% load

Photovoltaic sunflower specifications

Solar tracker with solar flowers of new Design
Product	Solar flower system
Column material	Aluminum
Origin	Xiamen, China
Installation site	Ground
Solar panel power	1000W
Wind rating	27 M/S (level 10)
Operating temperature	-40~50
Footprint size	3 mx3mx3 m
Weight	90KG

Hess specifications

Specifiche

Size L W H	700X300X900MM
Max H2 storage capacity	2400L 3.6kWh
H2 production	250L/H
H2 production method	PEM
Absorption from panels solar	1680t;span>Wp
Number of Tanks	10 of 225L 20g H2
Max H2 Supply Capacity	2000L
Storage Pressure	1MPA/1bar
H2 Output Pressure	30-70KPA
Water Usage	4L
Max Output Power	500W
Fuel Cell Voltage	AC220V/DC48V
Cylinder recharge time	10 hours with 1000W/sqm
Weight:	50KG
Degree of protection	IP54
Type of connection	Connection off-grid
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