Daikin launches a heatpump for colder climates START Daikin launches a heatpump for colder climates DAIKIN ALTHERMA 11-16kW ERLQ…CA: the heatpump for heating and domestic hot water preparation in severe winter conditions High capacity at low ambient Increased operation range High efficient defrost High efficient domestic hot water production Nogal leeg Daikin Europe NV is applying to obtain the Ecolabel for this unit.

Layout of the product outdoor unit indoor units heat emission concept explanation layout Layout of the product outdoor unit indoor units heat emission heat generation OPTIONAL DHW tank * Nominal heating capacity at Ta=7°C / EWC=30°C / LWC=35°C ** Nominal cooling capacity at Ta=35°C / EWC=23°C / LWC=18°C ( cooling function is only available in combination with reversible type hydrobox These models will replace all previous ERLQ---BA models 11.2kW* 16kW* 15.0kW** 16.8kW** 14kW* 16.1kW** ERLQ011CAV3 ERLQ014CAV3 ERLQ016CAV3 1P 230V 3P 400V Heating Cooling Heating only Wall hang Floor standing ‘integrated design’ EKHB EKHV Enamel / Stainless steel Stainless steel ‘integrated design’ 150 – 200 – 300 L 200 – 260 L EKHW EKHT ERLQ011CAW1 ERLQ014CAW1 ERLQ016CAW1 UFH HP convector NEW OR Tabellen moeten veel duidelijker! ▪ extended operation range on 1-phase units ▪ improved efficiency of DHW-production 2 - Avoid blockage of bottom plate ▪ increase holes in bottom frame ▪ improve bottom plate heater (smaller capacity, intelligent control) 3 - Avoid ice accumulation ▪ remove grid from side plate ▪ software update ▪ development of snowcover option ▪ hot gas defrosting ▪ adding sub cool pass ▪ increased capacity at low ambient conditions 1 - Improve performance

improved capacity compared to previous model 1/2 product features improved capacity operation range domestic hot water cold ambient Improved capacity Higher compressor frequency improved capacity compared to previous model Example new model ERLQ016CAW1 compared to previous ERLQ016BAW1 installed in a 14kW house at Vienna, Austria. HP and system capacity are higher at low ambient temperatures. Less need of backup heater = higher system COP Increased heating capacity ERLQ016C ERLQ016B +2 kW @ -15°C Integrated COP ERLQ016C ERLQ016B Animation volgorde Thermal output (kWh/C°) NO BUH support needed! Less BUH support needed! Outdoor T (°C) Outdoor T (°C)

improved capacity compared to previous model 2/2 product features improved capacity operation range domestic hot water cold ambient Improved capacity Higher compressor frequency improved capacity compared to previous model Changes in piping diagram HIGH PRESSURE SIDE LOW PRESSURE SIDE HEATING CYCLE Animation volgorde Shape van curves meevolgen Animation of Daikin scroll compressor operation Daikin scroll compressor

Previous single phase ERLQ unit EXTENDED OPERATION RANGE HEATING MODE product features improved capacity operation range domestic hot water cold ambient Design improvements to increase operation range: EEV injection Tlw Ta 25 40 55 -25 35 -20 Previous single phase ERLQ unit New ERLQ unit ( single and 3phase) Max. leaving water temp. is independent of the ambient temp. Compressor operation till -25°C EXTENDED OPERATION RANGE HEATING MODE At low ambient + high leaving water temperature, the liquid injection prevents the compressor from getting too hot due to high discharge temperature. New in this model is an electronic expansion valve with optimized injection quantity. Avoid too high discharge temp by low liquid injection Liquid injection by EEV (precise control) Pressure (Bar) Enthalpy (KJ/KG) X Eerst system layout tonen, dan pas mollier?

NEW MODEL FROM BB SERIES ONWARDS product features improved capacity operation range domestic hot water cold ambient High efficient DHW production PREVIOUS MODEL NEW MODEL FROM BB SERIES ONWARDS Outdoor temp. (°CDB) Outdoor temp. (°CDB) CURRENT NEW 35 35 25 -10 -20 -20 DHW tank temp. (°C) DHW tank temp. (°C) -25 25 50 80 25 50 x 80 X = 50 °C combined with Hydrobox up to BA-series X = 55 °C  Booster heater operation only* combined with Hydrobox from BB-series onwards  Operation possible but no guarantee of capacity. If outdoor T < -25°C, the heat pump will stop. higher leaving water temperature of HP due to optimised liquid injection and improved software control (only for DHW heating) * No booster heater in EKHTS…AC tank

Improved resistance at colder Tambient: hot gas pass 1/5 product features improved capacity operation range domestic hot water cold ambient Improved resistance at colder Tambient: hot gas pass HOT GAS PASS Pressure (Bar) Enthalpy (KJ/KG) X Hot gas injection valve Hot gas pass in bottom plate to keep the temperature of the bottom plate positive. All drain holes are open so drain can get out of the unit Limited operation (only shortly before and during defrost cycle hot gas will pass through the hot gas pipe) Hot gas pipe

Solution against ice build up from bottom 2/5 product features improved capacity operation range domestic hot water cold ambient Improved resistance at colder Tambient: sub cool pass SUB COOL PASS Current system New system sealing distributor Additional sealing at the bottom of the heat exchanger to reduce the cooling by airflow Before the refrigerant pipe is split up by the distributer to the hairpins, the pipe passes through the bottom of the coil. Solution against ice build up from bottom TEST RESULT (48 hrs, -15℃, 100RH% + 12 hrs, -10℃, 100RH%) Bottom of H/E is free from ice Current system New system capacity: 100W continuous operation if Ta is below 5°C capacity: 35W operation only during defrost (3 min.) and max. 3 times per hour Estimated Yearly consumption = 241.7 kWh/y Estimated Yearly consumption = 17.1 kWh/y In extreme conditions, still the electrical bottom plate heater is needed, but smaller size (from 100W reduced to 35 W) Bottom heater Consumption of the electrical bottom plate heater: 90 % Example for 14kW house at Vienna, Austria

Improved resistance at colder Tambient: bottom plate 3/5 product features improved capacity operation range domestic hot water cold ambient Improved resistance at colder Tambient: bottom plate 5 drain holes More height difference NEW BOTTOM PLATE Heated bottom plate TEST RESULT (48 hrs, -15℃, 100RH% + 12 hrs, -10℃, 100RH%) All drain holes are open Inside bottom plate free from ice (only small snow)

Solution against ice build up starting from grid 4/5 product features improved capacity operation range domestic hot water cold ambient Improved resistance at colder Tambient: side plate OLD NEW Solution against ice build up starting from grid Ice can build up on metal grid. TEST RESULT (48 hrs, -15℃, 100RH% + 12 hrs, -10℃, 100RH%) Air flow rate (heat exchange) through side of coil is still OK

AMBIENT SENSOR POSITION 5/5 product features improved capacity operation range domestic hot water cold ambient Improved resistance at colder Tambient: snow cover and sensor position SNOW COVER 60 70 10 Advised to install in areas with excessive snowfall OPTIONAL AMBIENT SENSOR POSITION To optimize the accuracy of the ambient sensor, we advise the installer to modify the position of the sensor. An adaptor tool for easy and fast modification can be found in the accessory bag.

1/2 technical data specifications combination table performance capacity Refrigerant charge

2/2 technical data specifications combination table performance capacity

Combination table outdoor unit indoor units heat generation technical data specifications combination table performance capacity Combination table outdoor unit indoor units heat generation heat emission OPTIONAL DHW tank OR OR HP convector NEW Mass production from Sept 2010 onwards UFH NOT in combination with wall mounted HB BA software ERLQ011CAV3 ERLQ014CAV3 ERLQ016CAV3 ERLQ011CAW1 ERLQ014CAW1 ERLQ016CAW1 1P 3P These models will replace all previous ERLQ…BA models BB software units will replace BA software units from okt 2010 onwards

Performance at nominal compressor frequency technical data specifications combination table performance capacity Performance at nominal compressor frequency COP ERLQ011CA – 35°C ERLQ014CA – 35°C ERLQ016CA – 35°C 4.5 4 ERLQ011CA – 45°C ERLQ014CA – 45°C ERLQ016CA – 45°C 3.5 3 2.5 2 -7 7 Outdoor T (°C)

SYSTEM HEATING INTEGRATED CAPACITY technical data specifications combination table performance capacity Improved capacity SYSTEM HEATING INTEGRATED CAPACITY Heating capacity (kW) ERLQ016CA 16 ERLQ014CA 14 ERLQ011CA 12 10 8 6 -20° -7° 0° 7° 16° Maximal integrated heating capacity EWC=30°C / LWC=35°C Outdoor T (°C)