Basics schemes of systems using solar energy:
1. gravitational systems
direct circuit – it can not be used in our climate during winter
 indirect
circuit – circuit of collector can be filled up with non-freezing liquid
2. pump systems
direct circuit – it can not be used in our climate during winter
 basic
indirect circuit
circuit with an indirect heat exchanger
 indirect
circuit controlled by three-headed valve
circuit with di-pipe coil pod and possibility of heating
up
 circuit
with di-pipe coil pod and u.h.w. heating from c/h boiler
 circuit
with u.h.w. heating inside flow heater
3. developped systems
heating of u.h.w. and water inside a swimming pool
 heatng
of u.h.w. with the possibility of reheating it using the difunctional boiler
heating
of u.h.w. inside a di-pipe coil pod with reheating using the c/h boiler
 u.h.w.
+ c.h. with the use of two pods in which the collectors heat up the water and
the boiler reheats it
 preparation
of big amounts of u.h.w. - three-headed valve enables to retain the high
temperature in the upper pod
 possibility
of heat accumulation with heating up
 c/h
systems + u.h.w. with the use of KOMBI pods
c/h systems + u.h.w. with the use of KOMBI pods
|
;)
;)
indirect
circuit – circuit of collector can be filled up with non-freezing liquid;)
;)
basic
indirect circuit;)
;)
indirect
circuit controlled by three-headed valve;)
;)
circuit
with di-pipe coil pod and u.h.w. heating from c/h boiler;)
circuit
with u.h.w. heating inside flow heater;)
;)
heatng
of u.h.w. with the possibility of reheating it using the difunctional boiler;)
u.h.w.
+ c.h. with the use of two pods in which the collectors heat up the water and
the boiler reheats it;)
preparation
of big amounts of u.h.w. - three-headed valve enables to retain the high
temperature in the upper pod;)
possibility
of heat accumulation with heating up;)
c/h
systems + u.h.w. with the use of KOMBI pods;)
c/h systems + u.h.w. with the use of KOMBI pods
