这个电源技术怎么样。。。# Stock
c*p
1 楼
Intertek rigorously tested four 1500 volt and one 2000 volt 8-layer
robotically produced
polypropylene injection molded samples of EEStor’s capacitor technology
across multiple voltages.
Intertek has confirmed that significant improvements were achieved over the
previously tested and
reported 750 volt, hand built six-layer injection molded prototype.
Key highlights and findings of the Intertek Phase 3 Report include:
• An eight layer stack, rated at 2000 volts, was successfully tested
up to 3400 volts,
demonstrating high voltage stability and improvements to time constants.
• Capacitance of the stack remained constant over a wide range of
voltages (1,000 to 3,400
volts).
• The resultant extremely high time constant could allow for voltage
smoothing for many
applications and should improve the performance of power related devices.
robotically produced
polypropylene injection molded samples of EEStor’s capacitor technology
across multiple voltages.
Intertek has confirmed that significant improvements were achieved over the
previously tested and
reported 750 volt, hand built six-layer injection molded prototype.
Key highlights and findings of the Intertek Phase 3 Report include:
• An eight layer stack, rated at 2000 volts, was successfully tested
up to 3400 volts,
demonstrating high voltage stability and improvements to time constants.
• Capacitance of the stack remained constant over a wide range of
voltages (1,000 to 3,400
volts).
• The resultant extremely high time constant could allow for voltage
smoothing for many
applications and should improve the performance of power related devices.