Thermal Energy Flow Balancing for Optimizing Energy Performance in Public Swimming Pools with Solar Thermal Micro Generation C. de Torre, A. Macia, M.A. Garcia-Fuentes, C. C. de Torre, A. Macia, M.A. Garcia-Fuentes, C. Valmaseda CARTIF Foundation, Energy Division, Valladolid, Spain H.Simonis University College Cork, Ireland
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Thermal Energy Flow Balancing for Optimizing
Energy Performance in Public Swimming Pools with
Solar Thermal Micro Generation
C. de Torre, A. Macia, M.A. Garcia-Fuentes, C. C. de Torre, A. Macia, M.A. Garcia-Fuentes, C.
Valmaseda
CARTIF Foundation, Energy Division, Valladolid,
Spain
H.Simonis
University College Cork, Ireland
Purpose of study
• Look at one site in more detail
– Test software and algorithms
• Understand factors influencing project progress
– Process requirements for potential roll-out
– Investment cost/effort of project implementation– Investment cost/effort of project implementation
Demo Site
• Huerta del Rey Sports Arena, Valladolid, Spain
– Indoor swimming pool
– Sports arena
– Gymnasium
– Outdoor courts
– Office space
Use Case
• Heating of swimming pool
• Either by
– Gas fired boilers
– Solar thermal array on roof
• Current control• Current control
– Maintain pool temperature at all times
• Idea:
– Use occupancy and weather data
• Best use of solar thermal array
– Storage of solar thermal energy
• Storage tanks and pools themselves
High-level Schematic
Cost of running the sports centre: Gas
20,000.00
30,000.00
40,000.00
50,000.00
60,000.00Consumos Gas en M3 C. D. HUERTA DEL REY
Enero Febrero Marzo Abril Mayo Junio Julio Agosto Septiembre Octubre Noviembre Diciembre