Enduce E1

Shower trays with 75 % energy recovery.

Profitable sustainability

Are you a property owner looking to reduce your operating costs while taking a step towards a more sustainable future? Then you've come to the right place! The Enduce E1 recovers up to 75 % of energy from your shower water, bringing you both economic and environmental benefits. Reduce your operating costs, improve your net operating income and increase the value of your property. In addition, you get better energy performance, reduce your carbon footprint and strengthen your position for green loans and environmental certifications.

It's a common misconception that sustainability is costly. This is not true for our floor drain. Saving energy in the shower is one of the most effective ways to reduce energy consumption. The industry needs a new standard.

Henrik Hagman
Product Manager at Enduce
PhD in Energy Engineering
Improved energy calculation

Up to 40% of the energy demand of newly built buildings is washed down the drain. 

I think a strong argument is that the energy declaration and energy performance compared to BBR is improved. This means that the value of the property increases, which should be interesting even for those property owners who do not borrow money.

Reduced operating costs

Enduce E1 recovers up to 75 % of the heat from the shower water that would otherwise be lost. 

The fact that the entire investment can easily be paid for by increased leverage that comes from increased net operating income is fantastic. This means that you can both increase the yield and improve your environmental footprint without it costing capital.

Reduced carbon footprint

With the Enduce, you can both increase your yield and reduce your carbon footprint.

The fact that this type of product has an environmental product declaration is unique - I have never come across it before. The analysis shows that buildings can drastically reduce their energy consumption, save money and at the same time contribute to reducing environmental and climate impacts.

Learn more at our webinars

Welcome to our open webinars where we present Enduce E1. During 45 minutes you will get a deeper understanding of our solution and the opportunity to ask questions. 

New! We now offer webinars with different focus areas. See which ones interest you most via the link below. A warm welcome to you!

Med Enduce E1 - calculation example

Reduced operating costs
SEK/year
Energy saving
kWh/year
CO2 reduction
kg/year
Repayment period
year
Energy cost for the shower
SEK/year
Economic returns
%
Improving energy performance
kWh/m2 Atemp

Adjusting parameters

I want to calculate the energy savings from outside:
Hot water heating
Energy cost (average over time)
kr/kWh
Design of the shower area
(energy loss)
Domestic hot water consumption
1000 kWh/person/year
Accommodation per shower room
st
Share of hot water for showering
%
Total household shower time
minutes/day
Water flow in the shower
liters/minute
Shower water temperature
C
Cold water temperature
C
Hot water consumption
kWh/m2 Atemp
Surface area Atemp
m2
Share of hot water for showering
%
Number of shower rooms
st
Hot water consumption
kWh/m2 BOA
Surface area BOA
m2
Share of hot water for showering
%
Number of shower rooms
st
Energy cost for shower without Enduce
3 600 SEK/year

Contact us about your project

We are happy to help you with specific calculations for your project, whether it is new construction or renovation. Contact us for a tailor-made value calculation.

Get answers to your questions

Visit our FAQ for answers to frequently asked questions and in-depth information. On our document page you will also find detailed instructions and reports.

Porträtt av Aleksander Teir på Enduce

You are welcome to contact me!

Alexander Teir
aleksander.teir@enduce.se
079-103 56 56

common questions

Series production and assembly take place mainly in Sweden. The product consists largely of recycled material. The brass is lead-free.
Enduce E1 meets the requirements of the Swedish National Board of Housing, Building and Planning. To date, the technology has been used over 15,000 times.
There are no regulations that prevent energy efficient technologies at the application level in showers.
How you design the shower area and where you position the shower room ventilation are important factors that influence how energy efficient and comfortable the shower experience will be.
More than 96% of resource consumption is used to heat shower water, while water use accounts for only about 4%. 
The solution's operating principle is that the energy in the continuous flow of shower water is heat exchanged against the continuously incoming cold water.