MindMap Gallery AI application side improves power consumption
This is a mind map on increasing power consumption at the AI application end, and its main contents include: power technology innovation and traditional power generation mode. It demonstrates a variety of power generation methods, power transmission technology, superconducting applications, nuclear fusion principles and their challenges.
Edited at 2025-02-23 12:28:52This template shows the structure and function of the reproductive system in the form of a mind map. It introduces the various components of the internal and external genitals, and sorts out the knowledge clearly to help you become familiar with the key points of knowledge.
This is a mind map about the interpretation and summary of the relationship field e-book, Main content: Overview of the essence interpretation and overview of the relationship field e-book. "Relationship field" refers to the complex interpersonal network in which an individual influences others through specific behaviors and attitudes.
This is a mind map about accounting books and accounting records. The main contents include: the focus of this chapter, reflecting the business results process of the enterprise, the loan and credit accounting method, and the original book of the person.
This template shows the structure and function of the reproductive system in the form of a mind map. It introduces the various components of the internal and external genitals, and sorts out the knowledge clearly to help you become familiar with the key points of knowledge.
This is a mind map about the interpretation and summary of the relationship field e-book, Main content: Overview of the essence interpretation and overview of the relationship field e-book. "Relationship field" refers to the complex interpersonal network in which an individual influences others through specific behaviors and attitudes.
This is a mind map about accounting books and accounting records. The main contents include: the focus of this chapter, reflecting the business results process of the enterprise, the loan and credit accounting method, and the original book of the person.
AI application side improvement Power consumption
Traditional power generation mode
Thermal power generation,
Thermal power fuel system
Fuel type
coal
High calorie value
Combustion generates a lot of heat energy
Various types of coal
bituminous coal
anthracite
lignite
oil
Easy to transport and storage
Fast burning speed
Petroleum products
diesel fuel
heavy oil
natural gas
Clean energy
High combustion efficiency
Natural gas composition
Methane
Ethane
Fuel treatment
Coal treatment
broken
Reduce particle size
Improve combustion efficiency
Grind fine
Increase surface area
Promote complete combustion
Desulfurization
Reduce SOx emissions
Protect the environment
Petroleum product treatment
heating
Reduce viscosity
Easy to transport
filter
Remove impurities
Ensure the quality of combustion
Natural gas treatment
compression
Convenient storage and transportation
Purification
Remove impurities and moisture
Prevent pipe corrosion
Fuel delivery
Coal transport
Belt conveyor
Continuous delivery
High efficiency
Bucket hoist
Intermittent conveying
Suitable for vertical lifting
Petroleum product delivery
Pipe conveying
Large delivery
Long distance transportation
Oil tanker
Flexible transportation
Short distances or special terrain
Natural gas delivery
Pipe conveying
Stable gas supply
Long distance delivery
Liquefied Natural Gas (LNG)
Reduce volume
Convenient storage and transportation
Fuel storage
Coal storage
Open-air yard
Large capacity
Easy to load and unload
Closed silo
Prevent contamination
Reduce loss
Petroleum product storage
Underground storage tank
High safety
Can be stored for a long time
On-ground storage tank
Easy to monitor
Convenient management
Natural gas storage
gas tank
Compressed storage
Quick gas supply
Liquefied natural gas (LNG) storage tank
Low temperature storage
High-density storage
Fuel combustion system
Combustion equipment
boiler
Convert fuel thermal energy into steam
Drive turbines to generate electricity
Burner
Fuel and air mix combustion
Control combustion efficiency
Combustion control
Automated control
Precisely regulate fuel flow
Optimize the combustion process
Environmentally friendly emission control
Reduce NOx and SOx emissions
Adopt denitrification and desulfurization technology
Combustion efficiency
Improve thermal efficiency
Reduce heat loss
Increase power generation
Reduce emissions
Reduce greenhouse gas emissions
Comply with environmental protection standards
Thermal power boiler system
Thermal power turbine system
Connection of thermal generator to power grid
Environmental protection system
Desulfurization (FGD)
Denitrification (SCR)
Dust removal (ESP)
Carbon Capture (CCUS)
Hydropower
Wind power generation
Solar power generation
Electricity Technology Innovation
Room temperature superconductor
Application areas
Power transmission
Superconducting cable
Jinbei Electrician (002533)
Improve grid efficiency
Power storage
Superconducting magnetic energy storage system
Improve grid stability
Electronic equipment
Superconducting computer chip
Improve the performance of electronic equipment
Research progress
New material discovery
Organic superconductors
Iron-based superconductor
Theoretical breakthrough
Understanding of superconducting mechanism
New superconducting theoretical model
Challenges and Opportunities
Technical Challenges
Realize the commercialization of room temperature superconducting
Solve the scalability problem of materials
Market Opportunities
Power industry innovation
Promote the development of renewable energy
Controllable nuclear fusion
The basic principles of nuclear fusion
Light nucleus fusion
Generate huge energy
Imitate the process of solar energy generation
High temperature plasma state
Nuclear fusion reaction requires extremely high temperatures
Plasma is constrained by magnetic fields or inertia
Advantages of nuclear fusion
Clean energy
No long-term radioactive waste
Low environmental impact
High-efficiency energy
High energy output
Low fuel consumption
Current technical challenges
Plasma control
Stabilize high temperature plasma
Prevent plasma from contacting the reactor wall
Materials Science
Develop high temperature resistant and radiation-resistant materials
Extend reactor assembly life
Energy Capture and Transformation
Efficient conversion of fusion energy into electrical energy
Solve the problem of discontinuity of energy output
Research progress and experimental equipment
International Thermal Nuclear Fusion Experimental Reactor (ITER)
Global cooperation projects
Under construction, it is expected to start in 2025
National Ignition Device (NIF)
American laser fusion research facility
Aim to achieve ignition conditions
Other experimental projects
SPARC, EAST, etc.
Explore different fusion technology paths
Commercialization prospects
Energy market potential
Alternative fossil fuels
Support sustainable development
Policy and Investment
Government support and investment
Private sector participation and innovation incentives
Technology maturity
Timeline from experimentation to commercialization
Technical and economic barriers faced
Social impact
Environmental protection
Reduce greenhouse gas emissions
Relieve climate change pressure
Energy security
Diversified energy supply
Reduce dependence on fossil fuels
Economic Development
New industries and job opportunities
Promote relevant technological progress