TI injects new vitality into the future of renewable energy
Imagine that every day in the future, everyone has the opportunity to use smart, cheap and green energy. TI's efforts in innovation are helping to make this vision a reality. At present, renewable energy accounts for nearly 10% of the world's total energy consumption, including hydro, solar, wind, geothermal and biomass.
In developing countries, markets, manufacturing and investment related to renewable energy have been further expanded, and it is even more obvious that the promotion of renewable energy growth is no longer dependent on only a few countries. With the support of national policies, the continuous improvement of technology, the price reduction and the innovation of financing make the price of renewable energy more and more close to the people, and have been accepted by the vast number of consumers around the world. Renewable energy is also considered a decisive factor in meeting current and future energy needs in a growing number of countries.
Solar energy
Solar energy is the best resource for producing electricity due to its zero-emission characteristics and price fluctuations or supply risks from fossil fuels. The installed capacity of the solar photovoltaic (PV) market in 2013 is close to 39 GW, reaching 40 GW in 2014, and is expected to grow to approximately 54 GW in 2015. At present, more and more regions have been able to see the same price of electricity, especially in areas with sufficient sunshine but high power generation costs. The cost of solar power generation is often equal to or even lower than the cost of grid power supply.
TI's broad portfolio of solar acquisition products provides solutions for the entire solar system. Wide selection of analog, power management, microcontroller and wireless communication modules for grid-connected and off-grid central inverters can also support micro-converters and micro-inverters to maximize power points and maximize possible System efficiency.
Wind energy
As a clean and sustainable energy source, wind energy has grown particularly rapidly over the past decade. Wind turbines take up less space than ordinary power plants. The land area of ​​a wind power plant has many uses. For example, because the windmill base only takes a few square meters of space, the idle land is ideal for agricultural farming. In 2014, the annual installed capacity of wind energy reached a record high, with a new wind power generation of 51, 473 MW, with an annual growth rate of 44%.
TI's processor, power management, signal processing and interface solutions are being used by leading wind energy system manufacturers such as power quality monitoring, yaw and pitch drives, power optimization modules and wind inverters.
Energy storage and fuel cells
NASA has powered long-range spacecraft, weather stations and satellites through fuel cells, which is the first commercial use of fuel cells. Fuel cells are one of the most reliable clean energy sources that convert chemical energy in fuel into electrical energy through clean, electrochemical processes with very low carbon emissions. These fuel cells are equivalent to distributed generators that power the server clusters of the world's leading technology providers.
TI's processor and signal chain products such as analog-to-digital converters (ADCs), insulated gate bipolar transistors (IGBTs) and metal oxide semiconductor field effect transistor (MOSFET) drivers, interface drivers, and operational amplifiers help power conversion The development of modules, which are the heart of the fuel cell. Energy storage systems built using TI solutions include hybrid inverters, low voltage and island inverters.
Water energy
Water energy is the oldest and widely used renewable energy technology. Up to now, 150 countries in the world have built infrastructure for hydropower generation, and the electricity generated by hydropower will continue to grow and is expected to reach 3% in the next 25 years. The relatively low cost of hydropower makes it a competitive advantage as a source of electricity. In addition, automatic adjustment of flow helps to adjust power generation based on changing power demands.
Hydroelectric power plants require systems such as turbine control, machine automation, and remote data monitoring of hydraulic systems. A broad portfolio of TI analog and embedded processors provides building blocks for these subsystems.
Other energy harvesting
Energy harvesting with breakthrough TI technology enables the development of a variety of systems that capture and manage energy from different sources of energy such as solar, thermal, electromagnetic and vibrational energy. TI and leading energy harvesting partners are creating a complete ecosystem for designers to create a battery-free world. In addition, by extending battery life to more than 20 years, TI is opening a new door to new applications that cannot use traditional battery-powered systems.
As the renewable energy markets and industries continue to mature, they are also facing many new opportunities while also facing new challenges. The large-scale adoption of distributed energy systems and automation technologies, as well as recent technological advances in storage technology, are accelerating the transition of renewable energy to the mainstream market.
2.High Quality Image : Resolution: 420 TV lines; Effective pixels: 628 X 586 pixels.
3. License Plate Backup Camera can fit virtually any vehicle .
5.Low power consumption design means the camera operate more steadily and consume less than 40mA.
License Plate Backup Camera
License Plate Backup Camera,Suv License Plate Backup Camera,Above License Plate Camera,Mount License Plate Camera
Shenzhen Sunveytech Co.,LTD , https://www.sunveytech.com