The self-driving car is constantly evolving, and within 10 years, it may enter the real world and open on the asphalt road. What if I leave the asphalt road?
On this issue, Ford engineers are investigating that they have come up with a solution. The engineer developed a drone system. When we went on a cross-country adventure, we could use a drone to guide the self-driving car. We can use the drone to draw outside the scope of the UAV sensor detection.
Ford Technology Department spokesperson Alan Hall said: "At some point, we can drive a driverless car to the forest, go cross-country, and navigate with drones."
Hal also said that the idea stemmed from a brainstorming when engineers and researchers were working on driverless cars. Generally, the drone is parked in the car, and when the digital map is not enough, the drone will take off.
At the beginning of the year, Ford hosted a competition to allow competitors to train drones to complete their missions. The event was carried out in cooperation with Dajiang. The programmer can let the drone take off from the moving car and return. Only one success per 10 competitors. Hal said: "This is a cool challenge."
Next, Ford will work with the research team at the Palo Alto Research Center to develop future technologies to help driverless cars solve navigation problems.
Tony Lockwood, Ford's virtual driving systems division, said: "We remain open to new ideas and advanced mobile capabilities with emerging technologies."
The main function of the Home Energy Storage System is to store the electricity generated by the solar panels in the home photovoltaic power generation system, so as to continue to supply electricity at night, cloudy days, or when the electricity demand exceeds the supply of the solar panels. It is an energy storage solution for improving the self-sufficiency and energy efficiency of home photovoltaic power generation systems.
Main effect:
Energy Storage: The Home Energy Storage System uses batteries to store excess electricity generated by the home's photovoltaic power generation system. When solar panels generate more power than the household needs, the excess power is stored in the battery to continue supplying power when needed.
Power supply backup: At night, on cloudy days or when the power generated by solar panels is insufficient, the Home Energy Storage System can use the stored power to continue to supply power to ensure the continuity and stability of household power consumption.
Energy balance: The Home Energy Storage System helps to balance the energy difference between the electricity generated by the home photovoltaic system and the electricity demanded, thereby optimizing energy management and maximizing self-sufficiency.
Differences from other energy storage systems:
Power source: The power source of the Home Energy Storage System is the Solar Panel of the home photovoltaic power generation system, which directly generates electricity by converting sunlight. While other energy storage systems may come from other renewable energy sources, such as wind energy, hydro energy, or non-renewable energy sources, such as grid electricity.
Renewable: The Home Energy Storage System uses solar energy as a power source and is a renewable energy system. Other energy storage systems may utilize different types of energy sources, with varying degrees of renewability.
Application Scenario: Home Energy Storage System is mainly used in home photovoltaic power generation systems, especially in conjunction with solar panels. Other energy storage systems can be used in different energy generation systems, selected according to specific energy sources and application requirements.
Overall, the main function of the Home Energy Storage System is to store the electricity generated by the solar panels for continued supply of electricity at night, on cloudy days, or when the home's electricity demand exceeds the supply of the solar panels. Compared with other energy storage systems, it uses solar energy as a power source, is a renewable energy system, and is mainly used in household photovoltaic power generation systems to improve energy utilization efficiency and self-sufficiency.
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