I guess it means that in your system, you can make the input output and vice versa. Example, if you have power conditioning unit (PCU) that either operates as rectifier or inverter. That means your PCU has bidirectional power flow. you can then operate it on the mode you need; rectification or inversiion mode.
I hope that was helpfull
Naeem, Mohammad
cerebral blood flow
A DC pass through will pass a DC voltage in only one direction. Bidirectional will let a DC voltage travel both directions.
A UPFC is a type of power controller that has shown to be more efficient in the control of power flow than a SSSC. A STATCOM can be used to inject power flow into the controller whether it be a UPFC or a SSSC.
Cut-in voltage is the value of voltage at which appreciable current begins to flow when a pn junction is forward biased.
the power can flow either way through autotransformer (345/120 kV) ?
It is a bidirectional power flow converter
Data flow is always bidirectional my friend, don't confuse.
A converter where the power flow is in both the directions...e.g. If you parallel buck converter and boost converter you can achieve bi-directional power flow...
No, the flow of power is not reversible in that energy is typically transferred from a source to a load in one direction. While some systems allow for bidirectional power flow, such as in regenerative braking in cars, the overall flow of power is not reversible in most cases.
A bidirectional meter will meter power flowing in, and power flowing out separately. Unidirectional meters usually measure power (so flowing in will be added to power flowing out). If you're selling power and using power, you need to know how much you are producing (power flowing out), and how much power you are consuming (power flowing in) for correct billing.
This nothing but forward and reverse recording... nothing but bidirectional meters
Transformers are inherently bidirectional.
The arc is the line that connects two nodes in a network. There are two kinds of arcs; unidirectional and bidirectional. Unidirectional means the flow is in one direction (if you are studying for example the water supply system in a city). Bidirectional means the flow is in both directions. Network models are very helpful to simplify real problems.
Relays are bidirectional devices.
A bidirectional tube is a type of conduit designed to allow fluid or gas flow in both directions. It is commonly used in various applications, such as plumbing, HVAC systems, and industrial processes, to enable efficient transport and control of materials. The design ensures that pressure and flow can be managed effectively, making it versatile for different operational needs.
cerebral blood flow
Silicon Controlled Rectifiers (SCRs) cannot be used as bidirectional switches because they are designed to conduct current in only one direction. When forward-biased, an SCR can be triggered into conduction, but it cannot be turned off by simply reversing the voltage; it requires the current to drop below a certain threshold. This unidirectional characteristic limits their application in circuits where bidirectional current flow is needed, such as in AC applications. For such purposes, devices like TRIACs or bidirectional thyristors are more suitable.