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End-use : Cryogel IceTurboost for Gas Turbine Inlet Air cooling
• Total energy stored is 4 MWh (1 140 RTh)
• Ice Storage volume of 85 m3 (3000 ft3).
• By cooling down the air inlet, gas turbine production goes up by 20%
• The thermal storage investment is much lower than an additional gas turbine
• Operating costs reduced by using off-peak hours electricity for the T.E.S. (Thermal Energy Storage) charging
• Total energy stored is 100 MWh (28,400 RTh)
• Ice Storage volume of 2200 m3 (78,000 ft3).
One of the largest sports infrastructure projects (550,000 sqm) in the world, including :
• An Olympic Stadium of 55,000 seats, equipped with a movable roof.
• An indoor stadium of 12,000 seats.
• An aquatic center of 6000 seats.
• Commercial covered surfaces of 41,000 sqm.
All buildings including the stadium are air conditionned. This leads to :
• A cooling capacity delivered of 36 MW made of chillers for 20 MW and an « Ice Spray » system supplying the remaining 16 MW.
• A cooling system investment reduction of $3M
• Operating costs reduced by 500 k€ per year
• 10-20% of primary energy savings
• Lower electrical power capacity required (5MW reduction)
• A carbon footprint reduction by 144 Tons
• Total energy stored : 7.4 MWh (2 100 RTh)
• Application : Offices and Laboratories
• Ice Storage Volume : 180m3 (6350 ft3)
• Specific requirements : A high load is requested only 9 hours per day, so the Storage capacity can be accumulated during 15 hours.
• Global chiller capacity reduction by 30%
• Shifting of electrical consumption from on-peak to off-peak period
• Saving on operating costs, maintenance, demand charge and improvement of the building energetic performance
• Total energy stored is 35 MWh (10,000 RTh)
• Commercial floor space of 150,000 m² (1,615,000 ft²)
• Ice Storage volume of 600 m3 (21,180 ft3).
• Provide the commercial centre with chilled water during the day, produced during the night at a low electricity cost (0.05 €/kWh)
• Ability to stop the chillers during the day when the electricity is the most expensive (0.15 €/kWh)
• Safety stock of cold energy allowing permanent air conditioning, even during power shortages
• Total energy stored is 72000 kWh
• Surface : 180 000 m2
• Ice Storage Volume : 1200 m3
• Smaller chiller capacity (only 40% of the peak demand)
• Shifting of electrical consumption from on-peak to off-peak period
• Operating costs reduction
• Savings on maintenance and demand charge
• Total energy stored is 36 MWh (10,200 RTh)
• Surface : 90 000 m2 (969 000 ft2)
• Ice Storage Volume : 600 m3 (21 100 ft3)
• 3 horizontal tanks of 8, 26 and 29 meters long
• Smacna award
• All chillers are stopped between 5.00 pm and 8.00 pm during on-peak period, all air conditioning provided by the Ice Storage.
• Chiller capacity downsizing
• Saving on operating costs, maintenance and demand charge
• Total energy stored is 18.5 KWh (5 300 RTh)
• Surface : 44 250m2 (476 000 ft2)
• Ice Storage Volume : 300 m3 (10 600 ft3)
• Smaller chiller capacity : 1650 kw (460 RT) installed for a maximum capacity of 3 500 kW (1 000RT).
• The concrete tank for the ice storage is located below the luggage building so no extra space used.
• Operating costs reduction
• Saving on maintenance and demand charge