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string(615) "75% of the EU's greenhouse gas emissions are due to the production and consumption of energy. Buildings are the biggest energy guzzlers and are responsible for around 30% of CO₂ emissions. A large proportion of these emissions can be reduced through holistic energy management, as the Zwahlen & Wieser motorway garage impressively demonstrates. The commissioning took place in April 2023, after a fundamental modernisation through the refurbishment of the property.
A sustainable energy management concept is essential for future-oriented conversions and extensions, so the Loxone system was chosen."
["solution"]=>
string(1010) "More than 900 PV modules deliver 380 kWp. The energy produced in this way should, if possible, be used for self-consumption. To ensure this, the Loxone Miniserver manages all relevant energy flows. In order to avoid load peaks and, only charge the electric cars with solar surplus whenever possible, 4 charging modes from 25% to 100% power were defined. Depending on the current situation, the Miniserver automatically activates the charging modes. The heating control system is also integrated with Loxone, and uses ceiling spotlights, radiators, air heaters and underfloor heating. The system's intelligent individual room control makes it possible to ensure different target temperatures in different areas of the property; the Miniserver's logic ensures that the desired temperatures are achieved as energy efficiently as possible. If a room is below the desired target temperature when the sun is out, the smart blinds allows its heat into the building instead of simply protecting against the brightness."
["partner_quote"]=>
string(378) "With Loxone, we have implemented comprehensive energy and load management. This allows energy flows to be controlled intelligently and the various available sectors to be linked. For this purpose, in the event of power peaks at various consumers, the power is reduced, consumers are blocked or storage systems are called in. The flow of work in the company must not be hindered."
["partner_quote_name"]=>
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string(49) "Head of Department at Gerber AG Energy Technology"
["more_info_url"]=>
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string(7) "heating"
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string(7) "cooling"
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string(6) "energy"
}
["tags"]=>
array(0) {
}
["project_type"]=>
array(2) {
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string(6) "office"
[1]=>
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string(2) "CH"
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string(4) "Lyss"
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["square_meters"]=>
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array(8) {
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["challenge"]=>
string(615) "75% of the EU's greenhouse gas emissions are due to the production and consumption of energy. Buildings are the biggest energy guzzlers and are responsible for around 30% of CO₂ emissions. A large proportion of these emissions can be reduced through holistic energy management, as the Zwahlen & Wieser motorway garage impressively demonstrates. The commissioning took place in April 2023, after a fundamental modernisation through the refurbishment of the property.
A sustainable energy management concept is essential for future-oriented conversions and extensions, so the Loxone system was chosen."
["solution"]=>
string(1010) "More than 900 PV modules deliver 380 kWp. The energy produced in this way should, if possible, be used for self-consumption. To ensure this, the Loxone Miniserver manages all relevant energy flows. In order to avoid load peaks and, only charge the electric cars with solar surplus whenever possible, 4 charging modes from 25% to 100% power were defined. Depending on the current situation, the Miniserver automatically activates the charging modes. The heating control system is also integrated with Loxone, and uses ceiling spotlights, radiators, air heaters and underfloor heating. The system's intelligent individual room control makes it possible to ensure different target temperatures in different areas of the property; the Miniserver's logic ensures that the desired temperatures are achieved as energy efficiently as possible. If a room is below the desired target temperature when the sun is out, the smart blinds allows its heat into the building instead of simply protecting against the brightness."
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string(378) "With Loxone, we have implemented comprehensive energy and load management. This allows energy flows to be controlled intelligently and the various available sectors to be linked. For this purpose, in the event of power peaks at various consumers, the power is reduced, consumers are blocked or storage systems are called in. The flow of work in the company must not be hindered."
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75% of the EU's greenhouse gas emissions are due to the production and consumption of energy. Buildings are the biggest energy guzzlers and are responsible for around 30% of CO₂ emissions. A large proportion of these emissions can be reduced through holistic energy management, as the Zwahlen & Wieser motorway garage impressively demonstrates. The commissioning took place in April 2023, after a fundamental modernisation through the refurbishment of the property.
A sustainable energy management concept is essential for future-oriented conversions and extensions, so the Loxone system was chosen.
Solution
More than 900 PV modules deliver 380 kWp. The energy produced in this way should, if possible, be used for self-consumption. To ensure this, the Loxone Miniserver manages all relevant energy flows. In order to avoid load peaks and, only charge the electric cars with solar surplus whenever possible, 4 charging modes from 25% to 100% power were defined. Depending on the current situation, the Miniserver automatically activates the charging modes. The heating control system is also integrated with Loxone, and uses ceiling spotlights, radiators, air heaters and underfloor heating. The system's intelligent individual room control makes it possible to ensure different target temperatures in different areas of the property; the Miniserver's logic ensures that the desired temperatures are achieved as energy efficiently as possible. If a room is below the desired target temperature when the sun is out, the smart blinds allows its heat into the building instead of simply protecting against the brightness.
With Loxone, we have implemented comprehensive energy and load management. This allows energy flows to be controlled intelligently and the various available sectors to be linked. For this purpose, in the event of power peaks at various consumers, the power is reduced, consumers are blocked or storage systems are called in. The flow of work in the company must not be hindered.
Markus StreitHead of Department at Gerber AG Energy Technology
