, apply for technology, Lightning Bao, application field, big data and artificial intelligence, unique advantages: storage and charging integration scheme: at present, most of the industry mobile charging robots only provide charging services for new energy vehicles, silkworm clump robots provide FlashX systematic solutions, in addition to mobile charging, they can also provide convenient energy storage services.
At the same time, there are a series of advertising, inspection, car washing, temporary electricity, virtual power plants and other multiple value-added services.
For commercial real estate, property parks, charging operators, parking operators and other industrial and commercial users to provide a safe and efficient storage and charging integration scheme.
Help users to achieve a variety of scenarios, such as power peak cutting and valley filling, power demand reduction, dynamic capacity expansion, virtual power plant, new energy vehicle charging, charging infrastructure sharing and so on, which can significantly improve the overall economic benefits of enterprises and operators.
Leading autopilot: Bombyx mori Robot has L4 autopilot ability in the park.
Compared with the market competition, Bombyx mori Robot’s autopilot scheme comes from the parent company “Longmu Technology” (passenger car autopilot head enterprise).
Based on the valuable experience gained from the self-driving development of a variety of passenger cars, a set of best autopilot scheme is tailored for it.
Good performance, strong environmental adaptability and high stability.
At the same time, advanced sensor technology and deep learning algorithm are adopted to ensure accurate perception and autopilot in complex traffic scenes.
With “range environment awareness”, achieve more accurate autopilot through multi-sensor fusion, provide a full range of “reliable perceptual solutions” for a variety of scenarios.
excellent product performance: 1 ultra-high battery cycle life: in order to ensure the safety and economy of the robot, high cycle life batteries, modules and batteries are being developed for more than 10000 cycles, which is the leader in many current mobile charging products.
2 High power energy exchange: 100kW bi-directional charge and discharge power, so that the robot has the ability to quickly replenish energy and charge and discharge, and can quickly respond to the production and operation needs of customers in different scenarios.
3 efficient thermal management ability: equipped with high efficiency liquid cooling unit to ensure the operation of the robot in a wide temperature range of-20 ℃ ~ 50 ℃, the service time and space range is wider and safer.
4 vehicle gauge chassis: independent control of braking and parking, dual redundancy design, millisecond response, leading in driving safety.
5 excellent cross-layer and obstacle-crossing ability: at present, most of the industry is flat-moving, and the silkworm clump robot has excellent climbing performance ≥ 20%, which can meet the uphill and downhill driving of most garage ramps, realize cross-layer operation, and make it a leader in the industry.
Car gauge-level R & D and excellent manufacturing: Bombyx mori robot has gauge-level product quality, and the vehicle battery pack meets the national standards of the automotive industry and energy storage industry at the same time.
It entered mass production in March 24 and has the ability to produce and deliver on a large scale.
Excellent system scheduling ability: Bombyx mori robot developed a complete set of intelligent scheduling algorithm platform FlashDispatcher.
Through the analysis of a series of requirements, such as electricity price policy, station equipment status, power grid data, EV charging and so on, the optimal energy scheduling strategy is provided for the field station in real time.
Optimize the allocation of resources and improve the overall efficiency of the system.
1 FlashBot intelligent scheduling: an autonomous scheduling system is introduced to enable the charging robot to intelligently plan the charging and discharging tasks according to the scheduling system, respond quickly to real-time requirements, improve energy operation efficiency and maximize revenue.
2 Energy flow monitoring and management: through the integrated monitoring system of energy optimization scheduling, energy monitoring and alarm, energy data visualization, energy revenue prediction, etc.
, comprehensively manage and monitor the energy scheduling and equipment tasks in the field and station, and view the energy flow between devices in real time.
3 Intelligent energy management solutions: provide intelligent energy management solutions to achieve accurate control of energy, maximize energy efficiency, and the platform provides the best energy use scheme to achieve efficient energy use and reduce waste.
Contribute to sustainable development.
application scenarios: Bombyx mori robot can achieve efficient use of energy according to different networking methods.
Through the combination of different hardware and cloud SaaS services, different functions can be reused and superimposed to meet the needs of various application scenarios, continuously create value for asset holders, and provide safe and reliable energy security for the society. 1. Micro-grid mobile energy storage system when FlashBot autopilot returns to the vicinity of FlashBase, FlashBase is automatically connected to the park microgrid through FlashLink, which can constitute the energy storage equipment and backup power of the park.
If the park has a time-of-use electricity price, when the electricity price is low, FlashBase inputs the electric energy from the microgrid into FlashBot for storage.
During the peak of electricity consumption and the peak of electricity price, FlashBot feeds the electricity back to the microgrid through FlashBase to cut the peak and fill the valley for the use of electricity in a convenient and intelligent way. two. FlashBot, a mobile charging service for new energy vehicles, generates and continuously updates high-precision maps of its scope through public source map technology during driving.
When the new energy car owners who come to the park park, they can scan and record their parking location through the Drop’nGo mobile app, place an order and recharge.
Based on the real-time information of the FlashBot fleet in the park, the cloud-based FlashDispatcher software will schedule the most appropriate FlashBot to provide charging services for the target vehicles in the optimal time period. 3. The temporary electricity service FlashBot can also provide services for temporary power needs outside its autopilot scope, such as providing rescue services for electric vehicles that cannot be started at a distance, or providing power services at disaster rescue sites, or temporary stages where electricity cannot be easily accessed from nearby power grids, or for crew filming.
In the past, such services were more likely to be provided by leased diesel generators.
FlashBot can send clean power to the electricity site by remote driving or other mobile means, providing convenient and safe power services.
The future prospect: Lianlianbao is an innovative product of the integration of transportation and electric power, which is of practical significance to the innovation of power regulation system.
The current large-scale power system is a great innovation and achievement of human engineering science in the 20th century, which is characterized by large power grid, long distance, high voltage, high parameters, centralized, large capacity and dominated by the power supply side.
As the main force of the national strategy of “carbon peak” in 2030 and “carbon neutralization” in 2060, the power industry continues to make efforts in the development of new energy, and photovoltaic installation has been the first in the world for ten consecutive years.
As of 2022At the end of the year, wind power and photovoltaic units accounted for 30%, and electricity accounted for 14%, making a great contribution to the realization of the “double carbon” goal in our country.
At the same time, the characteristics of new energy, such as randomness, uncontrollability, low utilization hours, dislocation of supply and demand, low moment of inertia and so on, have changed the underlying logic of the new power system, and the regulation capacity has become the scarcest resource in the new power system.
The new power system presents the characteristics of comprehensiveness, proximity, interaction, distribution, intelligence, low carbon, marketization and user side power.
These require comprehensive innovation of the power system to adapt to these underlying logic changes.
To achieve the goal of “double carbon”, energy is the main battlefield, and electricity is the main force.
In recent years, China’s electric power technology route is becoming more and more advanced, and the level of new energy power generation technology has occupied a leading position in the world.
However, at present, power regulation resources have become scarce resources.
The building roof area of our country is vast, which can be used for distributed photovoltaic economic development potential of more than 1 billion kilowatts.
As of March 2023, the installed capacity of distributed photovoltaic has reached 176 million kilowatts, and the new installed capacity of distributed photovoltaic in 2022 is about 51 million kilowatts, accounting for 58%.
It is our mission to make good use of these precious resources, and we should adapt to the characteristics of these new energy sources as soon as possible.
Equipped with energy storage equipment, Bombyx mori Cong Lianbao, which combines the differentiated energy characteristics of thousands of households with the random new energy characteristics of the local microgrid, is a targeted adjustment resource and accurate balance.
This scheme perfectly solves the problem of lack of power system regulation resources by breaking it into parts and relying on the strength of the majority of power users and the whole society.
Therefore, Lightning Bao, an innovative mobile energy storage robot, is very innovative and innovative in the industry, which is of practical significance, and plays a promoting role in realizing the “3060-year” double carbon goal of energy saving and carbon reduction in our country.
With the rapid development of new energy vehicle technology, the public awareness of environmental protection is increasing, and the number of new energy vehicles in China is increasing.
At the same time, the serious imbalance of “vehicle-pile ratio” of new energy vehicles is a major problem at present, such as difficult to find charging piles, long charging time and so on.
“difficult to charge” has become an annoyance for many new energy car owners.
Lianlianbao, an energy robot based on L4 self-driving, combines super-capacity power storage with L4 self-driving ability, which allows users to bid farewell to the traditional fixed connection mode of charging and solve the pain point of “pile separation”.
It can provide users with efficient and convenient charging services, greatly alleviate the current imbalance of “vehicle-pile ratio” of new energy vehicles, improve the charging efficiency of new energy vehicles, improve the overall energy use efficiency, and will promote the sustainable development of electric transportation.
promote the wide application of clean energy With the rapid growth of clean energy such as new energy vehicles and wind power optoelectronics, the world is increasingly shifting from centralized energy networks to distributed energy networks.
Matching these random distributed energy demand and supply through investment in fixed infrastructure, such as matching random charging demand with fixed charging piles, and matching distributed photovoltaic storage with fixed energy storage system, is destined to be an inefficient resource matching process and inefficient asset investment.
Lianbao combines the intelligent mobility of self-driving with energy storage batteries, which can match the demand and supply of this distributed energy in more space and time, provide more convenient energy exchange, and create a more flexible mobile energy network.
accelerate the transformation of society to clean energy and help China achieve its dual-carbon goal at an early date.
The Golden Award is launched by Galaxy Automobile, which aims to “discover good companies, promote good technology, and achieve Autobots”, and revolves around the theme of “Top 100 New Automobile supply chains in China”.
This year’s Golden Award focuses on smart driving, intelligent cockpit, intelligent chassis, automotive software, gauge-level chips, big data and artificial intelligence, powertrain and recharging, thermal management, car body and interior and exterior decoration, and new materials.
Select excellent enterprises and advanced technology solutions, show these outstanding enterprises and industry leaders inside and outside the industry, and jointly promote the development and progress of the industry.
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