ALLIANZ selected Z#BRE for its Flex Office Tour Neptune in La Défense

Z#BRE is honored to be selected by Allianz for the deployment of flex office as part of its Vivre Allianz 3.0 project.
 

 


Some companies are talking about it ... Others are doing it ...

Carrefour Digital Hub in Massy headquarter

Thank you Carrefour for your confidence and to chose Z#BRE Solutions for Digital Hub Felx Office.


When the Smart Office reduces the carbon footprint

Comparative study of electronic paper signage compared to other solutions.

 

 

E-Paper 7.4'' Label vs. TABLET LCD

A 7.4'' e-ink label carries 4 CR2450 batteries (PILE CR2450 LITHIUM 3V 620mAh) for a lifespan of approximately 4 to 5 years Then you have to remember your electricity lessons: P (Watt) hour = U (Volt) x I (Ampere) hour

So, the consumption side label, so we have 4 batteries of 3 V x 660 mAh 7.92 Wh for a period of 4 years

A tablet consumes about 12kWh/year: https://www.greenit.fr/2015/04/16/combien-consomme-une-tablette

That is, a 4-year consumption of: 12,000 Wh x 4 years or 48,000 Wh.  It is 6,060 times less to be precise.

12.2'' e-Paper Label vs. Energy Star Certified Dynamic Display screen

A 12.2'' label carries 6 CR2450 batteries (PILE CR2450 LITHIUM 3V 620mAh) for a lifespan of about 4 to 5 years
So the consumption of a 12.2' label is 6 batteries of 3 V x 660 mAh 11.8 Wh for a period of 4 years

The following articles indicate the consumption of Energy Star labelled screens (low consumption)
https://blog.cenareo.com/mettre-en-place-un-affichage-dynamique-responsable-le-materiel
http://www.support.nec-display.com/dl_service/data/display/manual/ME431_ME501_ME551_ME651_manual_FR_v3-2.pdf

Manufacturer data show consumption between 80Wh and 165Wh depending on the size. Let's take 80Wh.
The annual consumption is therefore 80Wh x 24h x 265j or 700 800Wh/year or 2,803,0000 Wh for 4 years.

This new and low-consumption type of screen is: 433 kWh/year so 1,732,000 Wh over 4 years.
So electronic paper consumes 237,000 times less than a next-generation Energy Star-labelled screen.

 

12.2'' e-paper label vs. printed A4 sheet of paper:

A 12.2'' label carries 6 CR2450 batteries (PILE CR2450 LITHIUM 3V 620mAh) for a lifespan of about 4 to 5 years
So the consumption of a 12.2' label is 6 batteries of 3 V x 660 mAh 11.8 Wh for a period of 4 years

The following article indicates the consumption of new printers (low consumption)
https://energieplus-lesite.be/concevoir/bureautique/choisir--appareil-par-appareil/choisir-les-photocopieurs/
mentions:
1. In conventional management is in the order of 747 [kWh/year]
2. In low-energy management is in the order of 433 [kWh/year].
The printer even in low energy: 433 kWh / year so 1,732,000 Wh over 4 years

So electronic paper consumes 146,000 times less than a printer.

In other words... 146,000 A4 sheets can be printed to regain the energy consumed by 1 e-ink sheet.

Regarding the carbon footprint, I do not have data on the shelves, but on the paper side, we can evaluate the tons of carbons used to ship the wood needed for pulp or to move the (quite heavy) paper reams to the office where it will finally be printed, but there ... it would add to the bill, especially since most of the papers end up incinerated and release the carbon so slowly stored by the forests.


Shift the lines !

Experience flexible and smart workspaces ...

At Z#BRE, we facilitate the hybrid way of working and allow companies to increase their productivity and realize the savings linked to the reduction of unused space.


Dare to go wireless

Wireless, our solutions have an autonomy of more than 4 years. Installation in a few minutes requires no work, so there is no extra cost either the first time or when you reconfigure your spaces. You then really benefit from flexible workspaces.


How can connected objects speed up disaster recovery?

By demonstrating that remote working is possible, the containment imposed in recent days is challenging those in charge of the working environment:

Organising spaces, resources and services for users who are constantly on the move.

Not so long ago, the number of people on site was known, and the consequent investments were foreseeable. Today, everything must become flexible and adapted in real time.

Placed in the working environment among employees, the new generation of intelligent and autonomous objects makes life easier for employees, improves productivity and enables rapid savings by optimising space.

  • They enable real-time monitoring of usage in the field.
  • They disseminate information easily and quickly throughout the company.
  • They put employees back at the centre by giving them autonomy and the ability to interact.

For more than 5 years, the solutions developed by Z#BRE have offered companies the flexibility they need to adjust their spaces and occupant services according to the usage they find.

Companies often divide their surfaces into 3 parts:

  • The ones they actually occupy.
  • The ones they offer to the companies in their ecosystem (partners, suppliers, customers, etc.).
  • Those that they share with them and that make it possible to absorb the peak loads of each one.

And what about you? How do your companies envisage occupying their premises after the resumption of activity?

Côme Pinchart