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LED lighting in domestic applications (again)

Hello All,


This is my first posting so please be gentle with me.  I read one of the threads some time ago about the problems with LED lighting in either the home or small offices. One of the issues evident with LEDs, as already mentioned elsewhere is that the transformer rectifier circuits have to be built into each and every light fitting. While the LEDs themselves may last 10k or 20k hours, the control circuits certainly do not ( based on personal experience of LED lighting in my own home).


I got to thinking about how the LED fittings could be made more robust in order to achieve the claimed lifespan and also how new builds or retrofitting could make use of the energy saving potential better. There are many disadvantages of having a DC network in the traditional sense to power lights, switches would burn out quickly, lights would fail due to spikes when being energised are examples. What I thought was, why not split the switching circuit from the lighting circuit? What if we were to use a touchpad with a wireless transmitter instead of a light switch? This could be powered by the nearest mains point, have a unique network address and by association, control the lights in that area. So we have a means of controlling the lights, now to power them. Why not have a control unit that contains a transformer rectifier  and powers the individual lighting circuits all spurred off the control unit. The control unit would receive on/off commands from the light switch and using solid state relays, energise the relevant circuit. Alternatively, there could be a number of control units located around the home/office controlling a smaller number of light circuits. The LED light fittings themselves could then be of much simpler construction, reducing cost and prolonging their life. The control units would be more robust than the cheap components found in current LED lights thereby improving reliability.


Does my idea above seem feasible? This would work best in new builds but could be retro fitted relatively easily.


Kind regards


David Howard MIET
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  • Or we could just spend a little bit more just buying lamps that aren't made by companies that penny-pinch on every component.  That, and making sure that the LED lamps have adequate cooling so as not to cook the power supply components.


    That sounds a lot simpler to me.  And probably cheaper.
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  • Or we could just spend a little bit more just buying lamps that aren't made by companies that penny-pinch on every component.  That, and making sure that the LED lamps have adequate cooling so as not to cook the power supply components.


    That sounds a lot simpler to me.  And probably cheaper.
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