Audited Supplier
SolarOne
Including
12 Months
48-72V
6kw
6kw
Electric
6kw
Front and Rear Disc Brakes
Oil Cooling
After 2010
New
Customization
6kw
100km
8 Hours
blaval
Steel Frame+Wooden or Container
3380*1550*1530
China
Product Description
Introducing the SolarOne , an innovative LSV solar- powered car, proudly launched by Panhai New Energy. This vehicle is crafted around the revolutionary concept of a "30 kilometer living circle," epitomizing the ideal solution for short distance family commuting needs.
SolarOne made its debut in 2018, marking a milestone as the world's first commercially viable solar powered car that can truly be mass-produced. The vehicle showcases a sophisticated load-bearing body structure. It features a versatile design with 5 doors and 4 seats, crafted to meet strict automotive process standards. In sunny climates, the SolarOne excels by offering a daily driving range of about 30 km, adequately fulfilling household car needs and liberating users from the constraints of charging stations. Even under challenging weather conditions like poor lighting, rain, haze, etc., the robust power
battery installed within the vehicle ensures a driving range of over 100 km. This makes SolarOne an incredibly reliable choice for sustainable transportation, offering peace of mind and convenience regardless of the weather.
SolarOne Configuration Experience the revolutionary SolarOne Configuration, meticulously crafted to harness the limitless power of the sun and optimize your journey. With a sleek design and robust features, this configuration is tailored to elevate your driving pleasure to new heights.
| Model | Solarone FHC7001SEV | Motor Power | Peak Power. 6KW |
| Application | Household short-distance vehicle Second family car Car-sharing Scenic area sightseeing | Motor Type | AC Motor / Rear Driving |
| Main Body | Carrying type; 5 doors, 4 seats / hatchback | Battery | Maintenance-Free Lead-Acid Battery( 12V100AH*5 pcs) |
| Dimension | 3380*1550*1530 (mm) | Battery Capacity | 6KWH |
| Max.Speed | 45 ~50Km/h | Charge Type | PVC solar charging + OBC onboard charging (front grille) |
| RPC | 100Km | Charge Time | Solar charging: 3 days; Electricity charging: 8 hours |
| Gear Position | D Drive / N Neutral & P Park / R Reverse | Charge Voltage | 96V ~264V |
| Seater | Fabric seats; the rear seat backrests can be folded down or removed individually | Suspension | MacPherson Independent Front Suspension |
| Tires | 155/70R12 Steel wheel with hub cover | Brake System | Front disc brakes / rear drum brakes (HCBS brake assist system) |
The vibrant markets of developing countries and regions, which host the lion's share of the globe's population, are at the vanguard of addressing global warming and battling some of the
most severe air pollution conditions worldwide. Nevertheless, the shift to electric transportation in these regions is met with daunting challenges, such as a notably
limited number of charging facilities, steep transportation costs, critically inadequate power supply capacity, alongside intricate and challenging road environments. Hence, these countries require not just electrified transportation, but also bespoke solutions. The transition to electrified transportation can captivate a larger audience if it aligns with the interests of the vast majority of the population.
When the vehicle is stationary, the solar energy system seamlessly transforms the electricity to power the battery, automatically switching off when full; When the vehicle is detected to be in
motion, the solar energy system intelligently prioritizes distributing energy to load devices like air conditioning, thereby reducing energy load pressure, promoting a sustainable and
efficient driving experience. on the electronic control system and effectively enhancing the vehicle's acceleration, climbing, and other performance capabilities. Under optimal lighting conditions, the solar energy system can deliver an impressive daily power supply reaching about 30 kilometers of travel for vehicles. By eliminating the dependence on charging stations, solar energy
systems can remarkably satisfy users' household car requirements. Even amid challenging weather scenarios such as dim lighting, rain, haze, and more, the power battery installed within the vehicle can
nevertheless provide users with a notable driving range of over 100-400 kilometers.
