the shut off circuit will save energy if you have loss on the cable. Loss is charged per packet. If you lose 4 eu on the cable, you will lose 4 eu if you are sending a packet of 5eu or a packet of 512 eu....
Yes, the circuit is intended to prevent EU wastage when transfering large, full packets of EU out of a transformer. This is assuming that transformers always send full packets, unlike storage blocks which can send partially filled packets.
Assumptions:
- HV Transformer (configured EV to HV) transmits 512"V" packets containing 512EU ALWAYS. (yes? no?)
- MFSU transmits 512"V" packets containing anywhere from 1EU to 512EU depending on the request. (yes? no?)
An example would be a Battbox sends a 32"V" packet containing 1EU to an induction furnace to keep it hot. The Battbox is now not full and makes a request up it's supplying cable for more power. Since it is not connected directly to another storage block -- which would have sent a single EU of power this tick -- it instead requests a full 32"V" packet containing 32EU from a transformer. 31EU is wasted in this request. Again, this is the assumption about transformers that I need confirmed.
The topic my thread was initially asking has many prerequisites, so I'll try to get them answered in order.
Meanwhile, my testing is not going well because it's so very miniscule and requires huge samples to determine.