As China's economic growth has steadily risen, the power industry has also shown a simultaneous growth trend. According to the latest statistics, the completion of investment in power grid projects from January to April increased rapidly year-on-year, and the investment in power projects completed has decreased year-on-year, of which thermal power investment has achieved positive growth. The installed capacity of power generation increased rapidly, and the installed capacity of power supplies increased slightly compared with the same period of last year, but the scale of thermal power construction continued to shrink. Overall, the country’s electricity supply and demand balance has been maintained.
For hydropower, the speed of construction is expected to accelerate gradually: As an important form of clean energy, hydropower has received increasing attention from the society. According to the plan of the National Energy Administration, during the “Twelfth Five-Year Plan†period, 120 million kilowatts of conventional hydropower and 40 million kilowatts of pumped-storage power stations were started. By 2015, the installed capacity of conventional hydropower and pumped-storage power stations nationwide will reach 260 million kilowatts and 30 million kilowatts respectively.
Thermal power, the current benefits have improved but thermal power construction signs of peaking: from January to April this year, the national thermal power generation capacity of power plants above designated size was 1366.1 billion kWh, an increase of 1.6% year-on-year; in April, thermal power generation was 330.8 billion kWh, up Increased 4.2%. The current thermal power is still the main form of power installation in China. Under the background of economic restructuring and the overall downturn in the domestic and international macroeconomic environment, thermal power generation and investment in power installations have all been affected to varying degrees. However, with the adjustment of the economic structure in the future and the change in the development model, such an installed capacity is sufficient to maintain a steady growth of the economy for a certain period of time. The traditional thermal power construction has already seen signs of peaking.
PV has to face the EU's "double reaction": In recent years, due to the impact of the European debt crisis, the European market, as one of the important markets for the photovoltaic industry, has shrunk dramatically. The entire photovoltaic industry has been hovering at the bottom, but the upstream equipment and polysilicon materials are basically stable.
The trend of nuclear power growth has not changed much. Nuclear power construction is gradually picking up: According to the "Twelfth Five-Year Plan" for energy development, by 2015, the installed nuclear power capacity will reach 40 million kilowatts, and the scale under construction will be 18 million kilowatts. Experts predict that by 2020 China's nuclear power capacity will be between 65 million to 70 million kilowatts. 70 million kilowatts is equivalent to 70 million kilowatts nuclear power units. According to domestic manufacturing capacity, fuel supply and waste reprocessing capacity, two to three nuclear power plants will be built each year.
We come to understand the employment trends, talk about employment trends, and electrical is the most impressive. According to reports, the 2013 China Undergraduate Employment Report released by the McKeith Institute, the main undergraduate professional with higher job satisfaction after the 2012 half year In the rankings, the electrical engineering and automation majors entered the top ten with 64% satisfaction.
IDC D-sub Connectors
IDC (insulation displacement contact) D-sub connectors are a type of electrical connectorthat's designed to be connected to the conductor(s) of an insulated cable, most commonly a ribbon cable(a cable with many conducting wires running parallel to each other on the same flat plane).
Applications for IDC D-sub connectors
IDC D-sub connectors, attached to ribbon cables, are helpful in situations where you need to make a lot of connections without a big number of wires. They're commonly used in computer and electronic systems that require multiple data buses to link internal peripherals, such as disk drives to their drive controllers. They're also frequently used in industrial and telecom applications.
How does an IDC D-sub connector work?
With an IDC D-sub connector, there's no need for cable preparation – in other words, you don't need the strip the cables of their insulation before connecting. To connect the cable to the connector, there are sharpened blades (or contacts) on the connector that force through the insulation around the cable, making a secure connection.
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