Remember that the bridge will report what is being brought in based on what is being sent out. If you are only using 56.4 MJ/t then the bridge only needs 141 EU/t to keep its buffer full so that's all it will ask for. The power converters are very intelligent in their power usage/distribution. If you combine them with Thermal Expansion cells, conduits and tesseracts the bridge will stop pulling power altogether when the MJ side doesn't have machines actively consuming power.
The energy bridges only seem to demand about 141 EU/tick, even when using an HV consumer and when the the receiving end of the MJ could use much more than is being produced.
The key is to add additional wooden pipes out of the BC Producer.
However, if you add another conductive wooden pipe out of another face of the BC Producer that connects in to the same Gold Conductive Pipe, you will double the EU usage and also double the MJ output.
You can keep adding wooden conductive pipes to each of the 5 available faces to continually increase the output.
Once that special HV Conductive Pipe was removed, the regular conductive wooden pipe became the bottleneck as it could not handle more than 141 EU/t - that is why adding additional wooden conductive pipes will net you more EU input and more MJ output.
Power Trouble: Two Energy Bridges & Low EU/T.
in Tekkit Lite Discussion
Posted
The energy bridges only seem to demand about 141 EU/tick, even when using an HV consumer and when the the receiving end of the MJ could use much more than is being produced.
The key is to add additional wooden pipes out of the BC Producer.
For example, you can have:
MFSU -> HV Consumer -> Energy Bridge -> BC Producer -> Wooden Pipe (conductive) -> Gold Conductive Pipe -> Phased Conductive
That will get you the 141 EU/t into the consumer.
However, if you add another conductive wooden pipe out of another face of the BC Producer that connects in to the same Gold Conductive Pipe, you will double the EU usage and also double the MJ output.
You can keep adding wooden conductive pipes to each of the 5 available faces to continually increase the output.
Once that special HV Conductive Pipe was removed, the regular conductive wooden pipe became the bottleneck as it could not handle more than 141 EU/t - that is why adding additional wooden conductive pipes will net you more EU input and more MJ output.
Hope this helps.