Application of Measurement and Control Technology of Digital for the Power Inverter - Advanced Research on Computer Education, Simulation and Modeling - page 89

More output, the failure to prevent the output of a single formation; the fire linkage
and remote control signals, can be manual and automatic conversion; environmental
adaptability for a variety of harsh environments, to prevent high and low temperature,
humidity, salt spray, dust , vibration and rat-bite and other measures;
Long life, fast charging the battery capacity and management capacity; energy
saving, high efficiency, low operating costs; no smoke, no noise, pollution, etc.;
maintenance is simple, low maintenance costs;
There unattended, automatic operation; alarm complete, timely provision of a
variety of abnormal conditions of the police; a strong start, to avoid the protected link
fails to start after the battery [6].
In summary, the inverter technology to solve the problem now is still the efficiency,
cost, performance, quality, volume, and to adapt to harsh conditions.
4 Inverter Technology Trends and Requirements
As the energy consumption requirements, people will seek all possible energy sources,
despite the inverter technology which is not wholly satisfactory, but there are broad
prospects and needs.
Improve energy supply and demand, need the support of the power inverter
technology.
With the increasing demands of social life, people need a stable, safe and reliable
power supply, power inverter technology needed for security.
With the increasing environmental pressures, the need for different forms of clean
energy, which also requires inverter technologies.
The face of sudden disasters and accidents, will have to minimize damage and
emergency rescue facilities are available. Power inverter technology also need to
support [7]. Such as the 2003 blackouts in North America a large area to need to be a
large number of inverters.
5 Power of Digital Measurement and Control Technology Trans-
form the Content and Prospects
5.1 Measurement and Control Technology of Digital Content
Measurement and control technology of digital power conversion, including the
following aspects, each side is also can contain a number of topics:
Digital conversion and control of the maximum power output; Digital Inverter
adjustment, automatic power factor improvement; digital inverter fault diagnosis and
maintenance; digital power of information transmission and human-computer
interaction network [8].
5.2 Digital Control Technology Prospects
Control of digital power conversion technology research for the discipline of electrical
engineering and the development of opening up new research directions.