CATCH THE OPPORTUNITIES OF NEW REGULATIONS

Transcription

1 CATCH THE OPPORTUNITIES OF NEW REGULATIONS New European Regulation ErP NRVU Ecodesign Directive- Regulation 1253/2014 / CE

2 ErP 2018 per unità di ventilazione non residenziali New European regulation on Non Residential ventilation Units: How change the rules of Air Hanling units design Within the framework of the European ErP 2009/125 / EC (Energy-related-Products), also called Ecodesign Directive, the 26th November 2014 came into force the EU Regulation 1253/2014 / EC, which applies to ventilation units and establishing specific eco-design requirement to be met in order to placing them on the market The new requirements starts from 1st January 2016 within the European Economic Area and, starting from that date, machine manufaturers,distributors and installers cannot introduce in the European market units that do not comply with the directive. The regulation makes no distinction whatsoever between ventilation unit that will be used in new buildings or instead will replace existing units. They also do not have distinct uses. The main purpose is to significantly reduce the energy consumption of ventilation systems, this indipendently from the kind of applications: tertiary sector, Hotels,Schools,Hospital, Industrial or whatever. The only exclusions are done to the units specified exclusively as operating in a potentially explosive atmosphere, dedicated for use in cases of emergency, operating at temperatures of air above 100 C or less than - 40 C or finally used toxic, highly corrosive or flammable or abrasive substances environments; Excluded are also the units that serves Places without the presence of Human People (Server Rooms) or the means of Transportation ( Trucks, Airplains, Ships) Rhoss SPA is, as always, a benchmark for the market regarding the technological and regulation update of its products and is already working on a new software selection that will perform automatic verification of compliance with the Regulation of the European UHU selected and that will be released by the end of We will support our customers and partners in the verification of ongoing projects or new projects that are borning.. Bellow you will find the minimum requirements of the new European Regulation

3 ErP 2018 per unità di ventilazione non residenziali Definitions BVU= bidirectional ventilation units ( with sypply and return fans in the same unit) with fresh air treatment reference configuration of a BVU means a product configured with a casing, at least two fans with variable speed or multi-speed drives, a HRS, a clean fine filter(f7) on the inlet-side and a clean medium filter (M5) on the exhaust-side; UVU: Unidirectional ventilation unit ( return or supply air flow) Reference configuration of an UVU means a product configured with a casing and at least one fan with variable speed or multi-speed drive, and in case the product is intended to be equipped with a filter on the inlet-side this filter shall be a clean fine filter (F7); SFPint internal specific fan power of ventilation components (SFPint) (expressed in W/(m3/s)) is the ratio between the internal pressure drop of ventilation components and the fan efficiency, determined for the reference configuration; ηt_nrvu thermal efficiency of a non-residential HRS (ηt_nrvu) means the ratio between supply air temperature gain and the exhaust air temperature loss, both relative to the outdoor temperature, measured under dry reference conditions, with balanced mass flow, an indoor-outdoor air temperature difference of 20 K (5 C-25 C), excluding thermal heat gain from fan motors and from internal leakages; ηt_nrvu =(t sup -t ext )/(t ramb -t ext ) t man =supply air temperature t ext =external air temperature t ramb =ambient air return temperature ηsysfan fan efficiency means the static efficiency including motor and drive efficiency of the individual fan(s) in the ventilation unit (reference configuration) determined at nominal air flow and nominal external pressure drop; P: nominal electric power input (P) (expressed in kw) means the effective electric power input of the E efficiency bonus is a correction factor taking account of the fact that more efficient heat recovery causes more pressure drops requiring more specific fan power; F filter correction (expressed in Pa) is a correction value to be applied if a unit deviates from the reference configuration of a BVU;

4 ErP 2018 per unità di ventilazione non residenziali reference configuration of a BVU reference configuration of a UVU

5 ErP 2018 per unità di ventilazione non residenziali ErP-Stage January 2016 January 2018 BVU:Heat Recovery System (HRS) COMPULSARY COMPULSARY BVU:Free Cooling COMPULSARY COMPULSARY ηt_nrvu Minimu Efficiency of HRS Twin coils 63% 68% Other HRS 67% 73% Filter pressure drops monitoring system SUGGESTED COMPULSARY Variable or multiple speed drive COMPULSARY COMPULSARY Min Fan Efficiency UVU SFPint [W/(m3/s)] BVU Efficiency bonus (E) [W/(m3/s)] Twin coils Other HRS P sys 30 kw P sys > 30 kw Qnom < 2 m3/s Qnom 2 m3/s Qnom < 2 m3/s Qnom 2 m3/s 6,2 % * ln(p) + 35,0 % 56,1 % 63,1 % E - 300*Qnom/2 F 6,2 % * ln(p) + 42,0 % E 300 * qnom/2 F E F E F E 300*qnom/2 F E 300 * qnom/2 F E F E F UVU Twin coils Other HRS E = (ηt_nrvu 0,63) * E = (ηt_nrvu 0,67) * Reference unit 0 0 E = (ηt_nrvu 0,68) * E = (ηt_nrvu 0,73) * Filter correction (F) [W/(m3/s)] M5 filter missing F7 filter missing F7+M5 filter missing as the legislation is difficult to interpret you find an example of verification of compliance using data that you find printed in the technical report of the CTA-ADV

6 ErP 2018 per unità di ventilazione non residenziali CALCULATION EXAMPLE FOR BVU For greater clarity, the values used for the calculations were highlighted in RED in the attached data sheet 1) ηt_nrvu MINIMUM REQUEST =68% 2) 2016: SFPlim=900+E-F E=(0,68-0,67)*3000=30 F=0 SFPlim= : SFPlim=800+E-F E=0 F=0 SFPlim=800 3) SFPint= [ η syss ]+ [ η sysr ] Note: the pressure drop of the filters, according to legislation, must be considered to clean filters η sysm= Q noms x P stats /P el ass Q nomm =9800/3600=2,72 m 3 /s P stats = internal pressure drops at the design condition + external static pressure of the supply fan = Pa P el ass =Absorbed electrical power (not at the axis of the fan but the one comprehensive of the transmission, motor and VSD)=3 kw η sysr= Q nomr x P statr /P el ass η sysm=2,72*715/3000= 64,8% Q nomr =9800/3600=2,72 m 3 /s P statr = internal pressure drops at the design condition + external static pressure of the return fan = Pa P el ass = Absorbed electrical power (not at the axis of the fan but the one comprehensive of the transmission, motor and VSD)=2,37 kw η sysr=2,72*495/2370= 56,8% SFPint= (99+186)/0,648+(77+192)/0,568=913

7 ErP 2018 per unità di ventilazione non residenziali Ecodesign Dati Rhoss Limite 2016 Dati Rhoss Limite 2018 Type of unit NRVU BIDIRECTIONAL Fan with VSD With Comply With Comply inverter inverter HRS Present Comply Present Comply Bypass Present Comply Present Comply Freecooling ηt_nrvu 68% 67% Comply 68% 73% Not comply Monitoring filter Pressure drops system Presente Comply Presente Comply SFP int W/(m³/s) Comply Not comply General Evaluation Comply Not comply the product complies with European Regulation 1253 to the first step of integration (2016) but not the second (2018) and may therefore be placed on the market before 31/12/2017.

8 Date Offer N Selected from: Micaela Ranieri Customer Locality Reference: Unit reference RHOSS UTA N 1 Air handling unit - ADV-A Supply airflow m³/h 9800 SUPPLY AVAILABLE PRESSURE Pa 150 Return airflow m³/h 9800 RETURN AVAILABLE PRESSURE Pa 150 Following the airflow: Length Weight Section mm 369 kg Section mm 80 kg Section mm 117 kg Section mm 448 kg Section mm 567 kg Width mm 1660 Height + base frame mm Total length mm 5540 Tot estim. Weight kg 1575 Dimensions, weights and splitting of the AHU are inicative and will be optimized during the execution the structural support of eventual cantilevered sections are not included Manufacturing features Load bearing frame with aluminium extruded profile Profile thickness mm: 40 Inside side panel galvanized steel External side panel of pre-coated steel Panel thickness mm: 25 Insulation Injected polyurethane. PROFILE SECTION Structure metal sheets mater Galvanized steel Condensate drain pan materi Galvanized steel SUPPLY AIR FLOW Protection roof material Absent Left Connection: Inspection: Protection Technical space Absent Protective packaging included Sx Sx Dx V Dx V Right Note SUPPLY COMMERCIAL CONDITIONS Offer validity 30 giorni Transport Ex factory Delivery da convenire Payment da convenire Shipment by truck 11/16/15 16:42:11 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Page 1/7

9 SECTION 1 LENGHT: (mm) 2300 WEIGHT:(kg) 369 Bag filter Bag filter efficiency M5-40%<=Em<60% N x 490 x 636 mm Inner frames of galvanized plain N 4 610x508x100 mm Dp initial / medium (design) / final [Pa] 77 / 159 / 240 With analogic manometer Pa Fan Return fan Fan type Plug Fan Backwords Blades Dimension 500 Airflow 9800 m³/h Avail. press. 150 Pa Pressure drops AHU 345 Pa Total dynamic pressure 76 Pa Total pressure 570 Pa Number of reveloutions 1648 rpm Absorbed power in the axes 1.96 kw Fan efficiency 68.7 % Motor IE2 psf [Pa] / min Power 3 kw Voltage 400/3/50 D V/ph/Hz Poles 4 Insulation class F Protection IP 55 Electrical power input 2.37 kw Nominal current 6.36 A Operating frequency 57 Hz Max frequency 63 Hz Max rpm 1820 rpm Directly coupled motor with thermistor / min qv [m3/h] SFP filtri mediamente intasati: 0.87 W/l/s Designed for pressure drops in wet conditions Motor according to IEC :2008 without intake With motor eff IE2 The inverter is necessary for the fan operation in the working point. With n 1 Inverter IP54 3,0 KW 400/3/50.Complete with interference filter and control panel. Wired and mounted at factory Rubber antivibration mountings SECTION 2 LENGHT: (mm) 880 WEIGHT:(kg) 80 11/16/15 16:42:11 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Off. N /A Page 2/7

10 Length 800 mm. Plenum air diffusion SECTION 3 LENGHT: (mm) 880 WEIGHT:(kg) 117 Bag filter Bag filter efficiency F7-80%<=Em<90% N x 490 x 636 mm Inner frames of galvanized plain N 4 610x508x100 mm Dp initial / medium (design) / final [Pa] 86 / 163 / 240 With analogic manometer Pa SECTION 4 LENGHT: (mm) 1830 WEIGHT:(kg) 448 Standard Static heat recovery With frame of Aluminium With pan in galvanized plain With by-pass damper Delta P heat recovery at designed conditions 529 Pa Delta P max. of the exchanger 1500 Pa 11/16/15 16:42:12 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Off. N /A Page 3/7

11 FI AL 10 N 1450 S 1 AE SM AGBP210 Winter Ep Verificationr Intake Air Fresh Exhaust Fresh Exhaust Air flow m³/h Temperature C Relative humidity % Absolute humidity g/kg Exhaust Air Temperature C Relative humidity % Absolute humidity g/kg Technical specification Condensate L/h Pressure drop Pa Air speed m/s Energy performance Temperature efficiency (EN 308 std) % Temperature efficiency (ASHRAE method) % Total heat recovered kw Efficiency at flow balanced % Ricirculation factor % 0 - SECTION 5 LENGHT: (mm) 2830 WEIGHT:(kg) /16/15 16:42:12 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Off. N /A Page 4/7

12 Supply fan Fan Fan type Plug Fan Backwords Blades Dimension 500 Airflow 9800 m³/h Avail. press. 150 Pa Pressure drops AHU 565 Pa Total dynamic pressure 76 Pa Total pressure 790 Pa Number of reveloutions 1786 rpm Absorbed power in the axes 2.67 kw Fan efficiency 72.8 % Motor IE2 psf [Pa] / min Power 4 kw Voltage 400/3/50 D V/ph/Hz Poles 4 Insulation class F Protection IP 55 Electrical power input 3.00 kw Nominal current 8.30 A Operating frequency 62 Hz Max frequency 70 Hz Max rpm 2030 rpm Directly coupled motor with thermistor / min qv [m3/h] SFP filtri mediamente intasati: 1.10 W/l/s Designed for pressure drops in wet conditions Motor according to IEC :2008 without intake With motor eff IE2 The inverter is necessary for the fan operation in the working point. With n 1 Inverter IP54 4,0 KW 400/3/50.Complete with interference filter and control panel. Wired and mounted at factory Rubber antivibration mountings Heating coil THERMOHYGROMETIC AIR DATA FLUID Air flow 9800 m³/h Water Inlet temperature 12.6 C Inlet temperature 60 C Outlet temperature 30 C Outlet temperature 50 C Power 57.6 kw Flow 5023 L/h Pres. drops 17 Pa Pres. drops 14.5 kpa Crossing speed 2.09 m/s Inner volume 12.5 dm³ P60 2R 17T(1020) 1280A p.a.2.5 6C 1 1/4" Cu 0.40 / Al 0.11 DX Galvanized steel frame 11/16/15 16:42:12 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Off. N /A Page 5/7

13 Cooling coil THERMOHYGROMETIC AIR DATA FLUID Air flow 9800 m³/h Water Inlet temperature 18.6 C Inlet temperature 7 C Relative humidity 16 % Outlet temperature 12 C Outlet temperature 14 C Flow 2614 L/h Relative humidity 21 % Pres. drops 25.2 kpa Power 15.2 kw Inner volume 12.9 dm³ Pres. drops 20 Pa Condense 0.0 L/h Dry pressure drop 20 Pa Crossing speed 2.09 m/s Relationship S/T 1.00 P3012 2R 34T(1020) 1280A p.a.2.5 7C 1" Cu 0.35 / Al 0.11 DX Drain pan in galvanized plain Galvanized steel frame Heating coil THERMOHYGROMETIC AIR DATA FLUID Air flow 9800 m³/h Water Inlet temperature 12.6 C Inlet temperature 60 C Outlet temperature 27 C Outlet temperature 50 C Power 47.7 kw Flow 4156 L/h Pres. drops 17 Pa Pres. drops 10.2 kpa Crossing speed 2.09 m/s Inner volume 12.5 dm³ P60 2R 17T(1020) 1280A p.a.2.5 6C 1 1/4" Cu 0.40 / Al 0.11 DX Galvanized steel frame Bag filter Bag filter efficiency F8-90%<=Em<95% N x 490 x 636 mm Inner frames of galvanized plain N 4 610x508x100 mm Dp initial / medium (design) / final [Pa] 99 / 170 / 240 With analogic pressure gauges Pa 11/16/15 16:42:12 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Off. N /A Page 6/7

14 ErP 2018 per unità di ventilazione non residenziali CALCULATION EXAMPLE FOR UVU FAN EFFICIENCY UVU limit 2016: 6,2 % * ln(p) + 35,0 %=6,2 % * ln(0,8) + 35,0 %= -1,14%+35%=33,86% FAN EFFICIENCY UVU limit 2018: 6,2 % * ln(p) + 42,0 %=6,2 % * ln(0,8) + 42,0 %= -1,14%+42%=40,86% η sys= Q nom x P stat /P el as Q nomm =4000/3600=1,11 m 3 /s P stats = internal pressure drops at the design condition + external static pressure of the supply fan = Pa P el ass =Absorbed electrical power (not at the axis of the fan but the one comprehensive of the transmission, motor and VSD)=0,8 kw η sysr= Q nomr x P statr /P el ass η sysm=1,11*448/800= 62,2% Ecodesign Type of unit Fan with VSD Monitoring filter Pressure drops system Dati Rhoss Limite 2016 Dati Rhoss Limite 2018 NRVU UNIDIRECTIONAL UVU With Comply With Comply inverter inverter Present Comply Presente Comply ηsysfan 62,2% 33,86% Comply 62,2% 40,86% Comply General Comply Comply Evaluation the product complies with European Regulation 1253 for the first step of integration (2016) and second (2018) and may therefore be placed on the market without the time constraints (unless entered into force of further implementation steps in the future)

15 Date Offer N Selected from: Micaela Ranieri Customer Locality Reference: Unit reference N 1 Air handling unit - ADV-A Supply airflow m³/h 4000 SUPPLY AVAILABLE PRESSURE Pa 300 Return airflow m³/h // RETURN AVAILABLE PRESSUR Pa // Following the airflow: Length Weight Section mm 160 kg Width mm 1200 Height + base frame mm Total length mm 1470 Tot estim. Weight kg 160 Dimensions, weights and splitting of the AHU are inicative and will be optimized during the execution the structural support of eventual cantilevered sections are not included Manufacturing features Load bearing frame with aluminium extruded profile Profile thickness mm: 40 Inside side panel galvanized steel External side panel of pre-coated steel Panel thickness mm: 25 Insulation Injected polyurethane. PROFILE SECTION Structure metal sheets mate Galvanized steel Condensate drain pan mater Galvanized steel SUPPLY AIR FLOW Protection roof material Absent Left Connection: Inspection: Protection Technical space Absent Protective packaging included Sx V Sx V Dx Dx Right Note SUPPLY COMMERCIAL CONDITIONS Offer validity 30 giorni Transport Ex factory Delivery da convenire Payment da convenire Shipment by truck 11/16/15 18:19:32 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Page 1/3

16 SECTION 1 LENGHT: (mm) 1470 WEIGHT:(kg) 160 Rigid bag filter Rigid bag filter efficiency F7-80%<=Em <90% N x 592 x 292 mm Inner frames of galvanized plain N 2 508x610x100 mm Dp initial / medium (design) / final [Pa] / 149 / 240 Fan Supply fan Fan type Plug Fan EC Brushess Dimension 400 Airflow 4000 m³/h Avail. press. 300 Pa Pressure drops AHU 148 Pa Total dynamic pressure 33 Pa Total pressure 480 Pa Number of reveloutions 1660 rpm Absorbed power in the axes 0.8 kw Fan efficiency 66.9 % Motor psf [Pa] / min Power 2.4 kw Voltage 400/3/50 V/ph/Hz Poles n/a Insulation class F Protection IP 54 Electrical power input kw Nominal current 3.90 A Operating frequency - Hz Max frequency - Hz Max rpm 2400 rpm Directly coupled motor Brushless EC qv [m3/h] Designed for pressure drops in wet conditions Motor according to IEC :2008 Inverter integrated in the electric motor 11/16/15 18:19:33 RHOSS AHUs Rel Tel Fax rhoss@rhoss.it Off. N /A Page 2/3

17 11.15 RHOSS S.P.A. Via Oltre Ferrovia, Codroipo (UD) - Italy tel fax rhoss@rhoss.it RhossOfficialChannel APP APP