Hi Swimmers,
SWIM lives in The Netherlands. The upside: A relatively free Cannabis and soft drug policy.
The downside; It's a rainy, cold, dark, winter-dominated country.
In The Netherlands it is allowed to grow up to 5 Cannabis plants per household, of which 2 may be flowering at a time. More is punishable by law.
SWIM wants to grow his own indoor mini-garden of Cannabis(about 4 to 5 plants), and also of other Sunlight-hungry plants like Mimosa Hostilis, Acacia Podalyriifolia, Lophophora Williamsi(Peyote) and Trichocereus Pachanoi(San Pedro)
SWIM has to grow indoor with growlights and humidity-control because he has no garden and because the Dutch climate won't allow for the year round growth of such plants. He prefers not to use payed for electricity to supply the grow-lights with power. This would cost a fortune and draw unnececairy attention.
A terrarium is easily made with 2 arched, U-shaped PVC-tubes forming into a sort of birdcage-frame and then wrapping transparent plastic around it and sealing it airtight, perhaps leaving a small hole for a de-humidification pipe to fit through. But for now Humidity-control is of later concern.
Now what SWIM has been wondering about. Would it be possible to generate electricity from a renewable, durable source to power a grow-light sufficiently and constantly? Would wind energy suffice? SWIM's roof is quite a windy place.
What renewable energy sources could power grow-lights to give off sufficient light and heat for proper tropical plant growth?
Anyone?
SWIM lives in The Netherlands. The upside: A relatively free Cannabis and soft drug policy.
The downside; It's a rainy, cold, dark, winter-dominated country.
In The Netherlands it is allowed to grow up to 5 Cannabis plants per household, of which 2 may be flowering at a time. More is punishable by law.
SWIM wants to grow his own indoor mini-garden of Cannabis(about 4 to 5 plants), and also of other Sunlight-hungry plants like Mimosa Hostilis, Acacia Podalyriifolia, Lophophora Williamsi(Peyote) and Trichocereus Pachanoi(San Pedro)
SWIM has to grow indoor with growlights and humidity-control because he has no garden and because the Dutch climate won't allow for the year round growth of such plants. He prefers not to use payed for electricity to supply the grow-lights with power. This would cost a fortune and draw unnececairy attention.
A terrarium is easily made with 2 arched, U-shaped PVC-tubes forming into a sort of birdcage-frame and then wrapping transparent plastic around it and sealing it airtight, perhaps leaving a small hole for a de-humidification pipe to fit through. But for now Humidity-control is of later concern.
Now what SWIM has been wondering about. Would it be possible to generate electricity from a renewable, durable source to power a grow-light sufficiently and constantly? Would wind energy suffice? SWIM's roof is quite a windy place.
What renewable energy sources could power grow-lights to give off sufficient light and heat for proper tropical plant growth?
Anyone?