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, a revolutionary LSV solar powered vehicle launched by Panhai New Energy, built around the innovative concept of a 30 kilometer lifestyle circle, perfectly suited for short-distance family commuting needs.
SolarOne made its debut in 2018, marking a milestone as the world's pioneering solar-powered automobile that is truly capable of being commercially mass-produced. This vehicle features a sturdy load-bearing body structure, elegantly designed with 5 doors and 4 seats, crafted meticulously according to the highest automotive manufacturing standards. In sunlit regions, SolarOne effortlessly provides a daily driving range of about 30 km, efficiently satisfying household car requirements and liberating users from reliance on traditional charging stations. Remarkably, in challenging weather conditions like low light, rain, or haze, the integrated power battery ensures
a generous driving range exceeding 100 km, providing users with unmatched freedom from charging constraints. Even when facing adverse weather such as dull lighting, rain, or haze, the powerful battery allows for a driving range of over 100 km. Experience the epitome of sustainability and efficiency with SolarOne. Embrace the future of mobility.
SolarOne Configuration
| 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) |
Developing countries and regions, which account for the majority of the world's population, are at the forefront of global warming impacts and are also among the areas with the most
severe air pollution levels in the world, which poses significant health and environmental challenges. However, the transformation of electric transportation in these areas faces a series of severe challenges, such as a very
small number of charging facilities, high transportation costs, severely inadequate power supply capacity, and complex and poor road environments, making the transition challenging. So, developing countries need not only electrified transportation, but also tailored solutions that address these unique challenges. The transformation of electrified transportation can only attract more people to participate if it meets the interests of the vast majority of people. By making it appealing and practical, more individuals will be inclined to make the shift.
When the vehicle is in a parked state, the solar energy system will convert the electricity and supply it to the power battery, which will automatically shut off when fully
charged. When the vehicle is detected to be in motion, the solar energy system will prioritize supplying the converted electricity to load devices such as air conditioning, enhancing efficiency and reducing the overall energy footprint,
reducing the When operating under load and pressure conditions, rely on the highly advanced electronic control system to significantly enhance the vehicle's overall acceleration, climbing ability, and other critical performance metrics. With abundant sunlight, the state-of-the-art solar energy harnessing system is capable of delivering a peak daily power output that allows for approximately 30 kilometers of travel for our vehicles. Without dependence on traditional charging stations, the solar energy solutions
provided by our systems are designed to also effectively fulfill the requirements of users' everyday vehicle demands. Even in challenging weather situations such as low light levels, rainy days, or haze, etc., the robust power battery installed within the vehicle
is engineered to still provide users with a reliable driving range of spanning over 100 to an impressive 400 kilometers.
