MIWE eco : nova

Energetic showpiece

Maximum energy recovery specifically for bakers

Ovens are special in energy terms, as they produce waste heat in two material forms: as steam and flue gas. MIWE eco:nova uses the thermal energy from both sources, strictly separated as that is the only way it can achieve maximum efficiency. On average, it recovers a quarter of the used energy for baking (or one quarter of the energy costs invested). And works without complaint on many ovens.

Maximum energy recovery specifically for bakers

Ovens are special in energy terms, as they produce waste heat in two material forms: as steam and flue gas. MIWE eco:nova uses the thermal energy from both sources, strictly separated as that is the only way it can achieve maximum efficiency. On average, it recovers a quarter of the used energy for baking (or one quarter of the energy costs invested). And works without complaint on many ovens.

What makes the MIWE eco:nova so unique

Its high efficiency

Any random heat recovery system from a random catalogue will not give you anything like the same efficiency as MIWE eco:nova. It evaluates flue gas and steam separately, making the absolute most of the waste heat from your oven. It recovers up to an average of one quarter of the energy used.

Improves your baking results.

To work perfectly, MIWE eco:nova controls the draught of every oven individually and dynamically. Forced extraction ensures a constant overall draught. That has extremely favourable consequences for your baked goods: it makes the baking results constant and even, regardless of the weather conditions.

Ready for connectivity

On the one hand, MIWE eco:nova already offers maximum convenience and clarity with the touch control MIWE TC. On the other hand, it can of course be connected to a network via a secure VPN router according to requirements, which allows you to monitor and evaluate all of your data from your Windows PC (MIWE win-CAB software). You can also receive direct support from MIWE via a MIWE remote access.

Reduces the need for chimneys

If the MIWE eco:nova is operated on multiple ovens, a significant savings effect is added: instead of multiple chimneys, MIWE eco:nova only requires one. That substantially reduces the chimney sweep costs. For new buildings, you only need one chimney instead of many from the outset. Calculate your savings ...

Experience the MIWE eco:nova from all perspectives in this 3D model.

Would you like to see how the MIWE eco:nova would fit into your bakery?
Simply activate the augmented reality feature (AR) with your smartphone or tablet! 

What our customers say

"To prepare for the future, you have to think about heat recovery"
Bakery Bolten
Duisburg, Germany
"We recover more energy than was calculated"
Bakery Evertzberg
Remscheid, Germany
"In the long term this saves us energy while achieving top quality of baked goods"
Bakery Jägers
Borken, Germany
"We wanted to build for the future"
Bakery Matthäus
Marktsteft, Germany
"In total, we are saving lots of energy and money"
Maxl Bäck
Zellingen, Germany
"We are saving energy and protecting the climate"
Bakery Plücker
Waldeck, Germany
"Sophisticated technology and comprehensive monitoring"
Bakery Staib
Ulm, Germany
"Baking like in olden times does not mean ignoring modern technology"
Bakery Treiber
Steinenbronn, Germany
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Everything you need to know

Accessories

  • Flue gas neutralisation
  • MIWE bypass safety system

Technical information

 
EN 160
 
EN 320
 
EN 480
 
EN 640
 
EN 800
 
EN 960

Burner input power

160 kW

Outlet capacity 

40 kW

Exterior dimensions in cm (WxDxH)

70 x 134 x 220

Electr. Connected load

1.1 kW

Max. ambient temperature

45°C (without active cooling)

Electr. connected load (active cooling)

No active cooling available

Total weight loaded

910 kg

Floor load

586 kg / m2

MIWE bypass

Standard

Burner input power

320 kW

Outlet capacity

80 kW

Exterior dimensions in cm (W x D x H)

90 x 207 x 256

Electr. Connected load

1.9 kW

Max. ambient temperature

45°C (without active cooling)

Electr. connected load (active cooling)

2.4 kW

Total weight loaded

1,210 kg

Floor load

649 kg/m2 

MIWE bypass

Standard

Burner input power

480 kW

Outlet capacity

120 kW

Exterior dimensions in cm (W x D x H)

90 x 276 x 256

Electr. Connected load

3.8 kW

Max. ambient temperature 

45°C (without active cooling)

Electr. connected load (active cooling)

4.2 kW

Total weight loaded

1,440 kg

Floor load

592 kg/m2

MIWE bypass

Standard

Burner input power

640 kW

Outlet capacity

160 kW

Exterior dimensions in cm (W x D x H)

90 x 308 x 256

Electr. Connected load

3.8 kW

Max. ambient temperature

45°C (without active cooling)

Electr. connected load (active cooling)

4.2 kW

Total weight loaded

1,670 kg

Floor load

618 kg/m2

MIWE bypass

Standard

Burner input power

800 kW

Outlet capacity

200 kW

Exterior dimensions in cm (W x D x H)

90 x 340 x 256

Electr. Connected load

3.8 kW

Max. ambient temperature

45°C (without active cooling)

Electr. connected load (active cooling)

4.2 kW

Total weight loaded

1,900 kg

Floor load

621 kg/m2

MIWE bypass

Standard

Burner input power

960 kW

Outlet capacity

240 kW

Exterior dimensions in cm (W x D x H)

90 x 378 x 266

Electr. Connected load

3.8 kW

Max. ambient temperature

45°C (without active cooling)

Electr. connected load (active cooling)

4.2 kW

Total weight loaded

2,130 kg

Floor load

627 kg/m2

MIWE bypass

Standard

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