how do you propose to scrub off the heat in said loop?
big ass radiator and a fan? you might as well just buy a split ac system then. it would be more efficient.
the whole reason geothermal systems can reach these high seer numbers is due to the fact that you can, in theory at least, reach these lovely stable-ish deltas across the condenser heat exchanger.
you will not reach these seer numbers with tap water, unless this tap water is infact well water. in this case, you will get good performance, however you will have to consider the efficiency of the well pump also.
this opticlimate thing does not have a water cooled evaporator.
it has a water cooled condensing unit. it operates much the same as a conventional package AC system, except that the heat is rejected to water not air.
i think you are misunderstanding what this thing does.
chillers do tend to be more efficient than conventional forced air units, but not terribly so.
Solis Tek is just trying to get on any bandwagon they can. They make a good digi ballast and that is pretty much all they have going for them.
this thread holds much bro science but at least it's comical to read.
No i'm very familiar with them as I have a buddy of mine who only runs water cooled rooms instead of A/C's and he has several Opticlimates set up on a recir system on chillers.
He has stainless steel insulated res's...and they are way more efficient because the chiller doesn't have to run the entire time that Cooling is needed because the water in the res stays cold, and when the water warms up to a certain point the chiller kicks on...It cycles way less then my 5 Ton A/C units...
thats retarded.
hes using a chiller to cool the condensor on an air conditioner? do i understand you correctly?
No...He is using the chiller to cool the air handler (opticlimate) just like hydro innovations does.
sorry... humor me here.
hes using a chiller to cool a closed loop of water correct?
this chilled loop is being fed into the opticlimate correct?
is this chiller air cooled? if so... presumably this air cooled chiller is outside the room in question here?
ok this is retarded with respect to efficiency... and ill tell you why.
this is called a cascade refrigeration cycle.
basically the cold side of your chiller is cooling the hot side of your opticlimate, making the opticlimate perform very well.
i wish i could send you section in my book about this subject, but fuck if i know how...
basically you have 2 compressors, 2 sets of plumbing, 2 motors pushing air, 2 evap and condensor heat exchangers(though the junction of the two systems often shares one heat exchanger) ... it goes on and on.
generally speaking cascade systems are going to be around half as efficient as a single refrigeration system at cooling to regular temperatures...
your friend probably made this modification to address performance issues with his opticlimate? cooling the condenser thusly WOULD increase the cooling capacity of the opticlimate... but at the expense of wasting more energy than say... just adding another opticlimate unit.
why then do folks use cascade refrigeration systems? because cascade refrigeration systems can produce fantastically cold temperatures... all the way down to co2 refrigerant.
you may not think so, but your conventional air conditioners are going to be more efficient at removing heat....
No you are not understanding it at all...I encourage you to look up water cooled airhandlers as it will make it easier to understand.
Check out hydro innovations and it will be crystal clear how this system works.
1 condensor (chiller outside of the grow room), an inlet and a return for plumbing (1 set), 1 motor pushing air in the airhandler...
He has a 5 ton banks water chiller, an insulated res, and a 1hp pump that recirc on a closed loop to the airhandler. Cold water enters the airhandler, goes though the coils, the airhandler has a fan that blows over the coils and into the room, the return water is much warmer, and that warm water enters the res where its cooled.
well, i understand chillers very well,i do have section 608 card and some self teaching to speak of.
i am familiar with the hydro logic people... they basically just re brand goodman condensing units and slap plate heat exchangers and a pump into them.
i think where im loosing you is when you mention a chilller unit AND the opticlimate unit.
does the opticlimate company build fan coils as well? because as far as i can tell they ONLY make these water cooled air conditioners...
is he somehow... not utilizing the refrigerant system within the opticlimate? if so why?
The opticlimate is just a water cooled airhandler, it is NOT an air conditioner...there isn't any refrigerant in the unit...
no its a water cooled air conditioner.
i just looked again to make sure. perhaps you are referring to a product that is no longer sold? im looking at their website right now.
they also make a split non water cooled unit.
http://opticlimate.nl/?page_id=1516#You don’t need (repulsive) external chillers anymore!
12) Compressor Active mode
If the compressor operates, the display will show the Compressor symbol at the bottom
right-hand side. It will disappear if the compressor is turned off. The compressor only operates during the DAY period, if the set temperature is exceeded,
and during the NIGHT period, if the set air humidity is exceeded.
Error 09 = Thermal safeguard of the compressor is activated.
The compressor consumes too much current. Contact the Technical Service department,
if the thermal safeguard jumps again after resetting. The thermal safeguard is located at
the left-hand side near the printed circuit board in the electrical compartment.
Error 11 = Poor cooling
There is no proper cooling. The condenser of the compressor may be faulty or may have
a loose contact. Tighten all wires. Also check the pressure on the manometer if the
compressor does not function. Contact the Technical Service department if the pressure
is too low.