Are you referring to "lift" as in elevator? This is an example of using an elevator using a regen drive to regenerate energy back to the building power grid. As described in the video, a loaded car going down and an empty car going up will both generate excess energy. When an application uses gravity to move instead of the power of the motor the regen unit can use this movement to regenerate energy back to the grid. Let me know if this helps. Thanks for the question!
@@KEBAmerica Hi. i need an explanation if you can. when elevator regenerates energy - it goes back to the building. But do you need an accumulator for collecting that energy? or the energy from that regeneration simply flows back to the electrical network? then can it produce reactive energy (kvarh) which considered efficency loses and you have to pay for it? I just want to understand where the regenerated energy goes
@@maksim82tallin I will ask one of our application engineers to see if there is a simple answer to your questions. If you want an answer for a specific application you're working on then you should contact a local KEB Representative near you: www.keb.co.uk/contact/contact-worldwide
@@maksim82tallin Ok. Hope this answers your questions: "The energy from the R6 units is meant to be reused within the building. So it reduces your net energy consumption but doesn't actually make it go negative. If you wanted net negative energy and actually put energy back out onto the grid, you would need to use an AFE unit."
Can we regenerate the power using lift?
Are you referring to "lift" as in elevator? This is an example of using an elevator using a regen drive to regenerate energy back to the building power grid. As described in the video, a loaded car going down and an empty car going up will both generate excess energy. When an application uses gravity to move instead of the power of the motor the regen unit can use this movement to regenerate energy back to the grid.
Let me know if this helps. Thanks for the question!
@@KEBAmerica
Thanks for your valuable reply.
@@KEBAmerica Hi. i need an explanation if you can. when elevator regenerates energy - it goes back to the building. But do you need an accumulator for collecting that energy? or the energy from that regeneration simply flows back to the electrical network? then can it produce reactive energy (kvarh) which considered efficency loses and you have to pay for it? I just want to understand where the regenerated energy goes
@@maksim82tallin I will ask one of our application engineers to see if there is a simple answer to your questions. If you want an answer for a specific application you're working on then you should contact a local KEB Representative near you: www.keb.co.uk/contact/contact-worldwide
@@maksim82tallin Ok. Hope this answers your questions: "The energy from the R6 units is meant to be reused within the building. So it reduces your net energy consumption but doesn't actually make it go negative. If you wanted net negative energy and actually put energy back out onto the grid, you would need to use an AFE unit."