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hansgrohe CoolStart Technology
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In this video, we show you how a hansgrohe CoolStart faucet works - and how it helps you save a lot of energy in the bathroom. The great thing about it is that you don't have to worry about anything, because your faucet saves energy automatically. Thanks to a technical trick, you only use energy when you really need it. The result: less resources, CO2 emissions and costs. Good for the environment and your wallet! For more information about our water and energy-saving mixers and showers, visit the hansgrohe brand website. • → hansgrohe CoolStart technology briefly explained • hansgrohe CoolStart faucets are climate-friendly, and that has something to do with their control lever. Like any other single-lever basin mixer, the handle is in the center position when you're not using it. BUT: as soon as you want to wash your hands or face and lift the handle vertically to do so, only cold water comes. And that's the difference to the standard faucet: Normal faucets consume energy already in the basic position, because the water heater, circulation pump or other water heaters start immediately. But we don't always need hot water, right? Then we shouldn't fill our piping system with it unnecessarily either. When you want hot water, you actively move the mixer lever on your hansgrohe CoolStart faucet to the left, and it flows. A simply ingenious trick for saving energy in the bathroom. • → With hansgrohe CoolStart mixers, hot water only flows when you want it to. • There are countless occasions in everyday life when cold water is perfectly adequate for us. When drinking water, washing hands, watering flowers or cleaning, for example. We all do it x times a day, a month, a year. Can you imagine how it adds up if we unintentionally turn on our water heater every time we do this? Do we really want to afford to waste that much energy and money? • → Save now! Calculation example with a hansgrohe CoolStart fitting. • If the products and appliances in the household that we use multiple times every day - like our basin mixers - consume less electricity, gas co. then a nice chunk of change adds up. For example, a household of four that uses a hansgrohe CoolStart faucet for 20 minutes a day for a year can consume 508 kilowatt hours less energy than with a conventional faucet. In short: With 500 kWh, you can toast 67,564 slices of toast, watch TV 24/7 for over a year, or blow-dry your hair for 500 hours. The bottom line: starting cool saves valuable energy in the bathroom and cash. • → Save energy costs in the bathroom every day and protect the climate. • For all those who think that an economical faucet must somehow look or feel eco : complete mistake. With a CoolStart faucet you enjoy beautiful, modern hansgrohe design and full comfort. You can get them in shiny chrome or in surface colors like matte white or matte black. At hansgrohe, we call this color finish FinishPlus. • hansgrohe CoolStart: it's never been more convenient or easier to save energy in the bathroom and thus reduce your carbon footprint. • Want to dive deeper? • ► More about bathroom faucets from hansgrohe: https://www.hansgrohe.com/bath/produc... • ► Here you can determine your savings potential with EcoSmart: https://www.hansgrohe.com/service/sav... • The energy savings expressed as a percentage shows how much a CoolStart product can save compared to a standard hansgrohe product without CoolStart technology. With CoolStart taps, only cold water will flow when the handle is in the middle position. This also saves energy as hot water will only flow when the lever is turned to the left. The calculations for the use of a basin tap are based on average consumption (5 litres/minute at 3 bar). This value must be adapted to the individual to get the most accurate result possible. Energy needed to heat 1 litre of water by 1°C: 1 kcal or 0.00116 kWh. Energy needed to heat 1 litre of water from 10°C to 35°C (the temperature of hot water from a basin tap): 0.026 kWh/litre of water [Calculated using an energy formula based on the general calculation principles according to the International System of Units (SI). Conversion of kWh to oil: 10 kWh = 1 litre of oil.] The energy costs suggested here are the average for Germany and must be adapted to the individual to get the most accurate result possible. • Energy costs vary greatly and need to be individually adjusted according to region and consumption in order to get the most accurate result possible. Assumed 12.2 ct/kWh (https://www.bdew.de/media/documents/2.... Energy consumption of household appliances based on https://www.enbw.com/blog/wohnen/ener... (Status 04/2022). Hansgrohe SE cannot guarantee the accuracy of the results. The calculation can be influenced by several unforeseeable factors and is therefore non-binding. It is particularly dependent on energy prices.
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