Uploaded April 2019 | Updated September 2026, 13 hours ago
http://windsolarhybridaustralia.x10.mx/FMDABSWMWantenna.html
http://windsolarhybridaustralia.x10.mx/reception-graph-diagram-40kw.jpg
Receiver is a top end electronic quality cheap end of top electronic quality economically AR-1946
50cm (1/8) V2-element version antenna has a rating of 90 Kilometers @ 40Kw in good weather maximum range.
(50cm V1 element system has an 80Km @ 40Kw maximum range in good weather rating) V2 element system for most has improved AM/MW/SW gather but also improved FM range , more stability over range.
scribd.com/document/396824710/FM-AM-Antenna-Setup-Standard-50-cm-1-8th-wave-Unit
Reception of a 200 watt station (2MCR FM) from 50 Kilometres with bad weather closing in.
The receiver is a "AR-1946 Digitech" SW / AM / FM / LW / DAB.
The antenna is external connected 1/8th wave in a 50cm housing.
Excellent !
Note: the transmission antenna location has a high altitude above Sydney of 300 meters so increases broadcast range to a massive level as most waves are sent as direct wave not ground wave 200% increase of range by the transmitter.
Too, the larger more deliberate the receiver set the higher the sensitivity and better clearer reception from long range by the receiver.
Pocket radios only have few signal decoder stages so poor level reception, this high tech receiver in a large box affords enough components to sensitively refine reception stages of signal decoding , so has greater range and clarity .
NB: 14th of April a minor design change has increased efficiency of the antenna to a minor extent.
http://windsolarhybridaustralia.x10.mx/FMDABSWMWantenna.html
http://windsolarhybridaustralia.x10.mx/reception-graph-diagram-40kw.jpg
Receiver is a top end electronic quality cheap end of top electronic quality economically AR-1946
50cm (1/8) V2-element version antenna has a rating of 90 Kilometers @ 40Kw in good weather maximum range.
(50cm V1 element system has an 80Km @ 40Kw maximum range in good weather rating) V2 element system for most has improved AM/MW/SW gather but also improved FM range , more stability over range.
scribd.com/document/396824710/FM-AM-Antenna-Setup-Standard-50-cm-1-8th-wave-Unit
Reception of a 200 watt station (2MCR FM) from 50 Kilometres with bad weather closing in.
The receiver is a "AR-1946 Digitech" SW / AM / FM / LW / DAB.
The antenna is external connected 1/8th wave in a 50cm housing.
Excellent !
Note: the transmission antenna location has a high altitude above Sydney of 300 meters so increases broadcast range to a massive level as most waves are sent as direct wave not ground wave 200% increase of range by the transmitter.
Too, the larger more deliberate the receiver set the higher the sensitivity and better clearer reception from long range by the receiver.
Pocket radios only have few signal decoder stages so poor level reception, this high tech receiver in a large box affords enough components to sensitively refine reception stages of signal decoding , so has greater range and clarity .
NB: 14th of April a minor design change has increased efficiency of the antenna to a minor extent.
![(DIY) [Australia] MPPT Hybrid charge controller Results from MPPT start set at 12v](https://i.ytimg.com/vi/rlN81IA9Lx8/mqdefault.jpg "(DIY) [Australia] MPPT Hybrid charge controller Results from MPPT start set at 12v
[view in full screen in 720p HD if able or 480p resolution]
Like i wrote before, the turbine and charger behave similar to a car alternator and it voltage regulator through the magnet spindle to produce charge.
voltage builds as much as possible and may have some type of regulator feed to assist the magnetic rotor spindle to induce in the stator windings. When voltage is above battery level and rotation is constant, the amperage fed back is high, if it is only recent at the required voltage then current fed back is minimal.
Wind has been blowing less pulsing and less gusting, although it effectively never reached more than 4 m/s in the 5 days i had the turbine in place.")
