Solar Energy In Bordeaux: A Guide To Harnessing The Sun’s Power For Profit – The Bordeaux National Higher School of Architecture and Landscaping took advantage of the State Recovery Plan to begin renovation work on its pyramid, an iconic construction, as well as to improve the energy performance of several of its buildings. Sunna Design was contacted due to its expertise in solar energy to rethink the public lighting of the facilities.

By choosing a solar lighting system, the Bordeaux School of Architecture simplifies and drastically reduces the cost of its renovation works.

Solar Energy In Bordeaux: A Guide To Harnessing The Sun’s Power For Profit

Solar Energy In Bordeaux: A Guide To Harnessing The Sun's Power For Profit

The rehabilitation of an obsolete electrical network or the creation of new electrical connection networks is a long, expensive and inconvenient process for users of the facilities. Freestanding street lights, on the other hand, are easy to install without heavy work and are immediately operational.

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For its campus, ENSAP opted for around thirty solar streetlights from Sunna Design’s UP range, all equipped with a solar panel tilt system to optimize the capture of available energy. All Sunna Design solar luminaires guarantee reliable and efficient lighting, without power cuts, according to the needs of students, teachers and campus residents.

The competition to renew ENSAP’s exterior lighting was won by the Flint agency, associated with the MoonWalkLocal agency. The design office BETA fluids provided the technical expertise. French installer Ineo (Engie/Equans) carried out the work.

The stated desire to work with local suppliers naturally led the project leaders to turn to Sunna Design to implement a solar street lighting system. This 100% French and local collaboration resonates with the renewal principles of the Bordeaux School of Architecture: sustainable development and energetic sobriety.

Sunna Design’s solar solutions also stood out for the quality of their services. In addition to reliable and environmentally responsible lighting, these smart streetlights are equipped with advanced technology.

Renovation Of The Bordeaux School Of Architecture

The patented SunnaCORE electronic board allows you to regulate the intensity of the LEDs, storing solar energy and releasing it in periods of low solar irradiation. As for the SunnAPP application, it accompanies users throughout the use of their product and, in particular, allows very precise management of lighting profiles.

For an architecture school, aesthetics are also very important, and the modern and pure line of the Sunna Design lamp posts also convinced ENSAP Bordeaux.

The UP1 is a reliable and robust stand-alone solar lighting solution, particularly suitable for lighting pedestrians, cycle paths and car parks. This innovative product offers very simple and fast installation with unparalleled performance and connected services like SunnAPP.

Solar Energy In Bordeaux: A Guide To Harnessing The Sun's Power For Profit

The UP2 is reliable and robust, particularly suitable for road, car park and industrial lighting. This innovative product offers very simple and fast installation with unparalleled performance and connected services like Sunnap’. Do you have a similar project or any other project? Talk to our sales team!

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The UP4 is reliable, powerful and robust, particularly suitable for lighting roads and car parks. This innovative product offers very simple and fast installation with unparalleled performance and connected services like Sunnap’. Do you have a similar project or any other project? Talk to our sales team!

In 2019, Sunna Design partnered with Congo Energy on a large-scale solar lighting project in the city of Lubumbashi. Through the installation of more than 200 solar public lighting units in one of the largest cities in the Democratic Republic of Congo, the project contributed to the revitalization of public spaces while integrating […]

The city of Tournefeuille, west of Toulouse, recently created an additional cycle path in its municipality, with the aim of improving its cycle path network and, in particular, connecting them to the city’s secondary school. To carry out this project and in coherence with its energy and ecological […]

A French consortium has installed autonomous solar street lighting in Uganda to improve the living conditions of its inhabitants. Thanks to 75 high-power solar streetlights from the EverGen range, the benefits of solar lighting are already being felt in the daily lives of 400,000 inhabitants of the Kampala region. Road and street, […]

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The Bordeaux National Higher School of Architecture and Landscaping took advantage of the State Recovery Plan to begin renovation work on its pyramid, an iconic construction, as well as to improve the energy performance of several of its buildings. Sunna Design was contacted for its solar energy expertise in […]

01 About solar lighting Let us guide you through our different articles to better understand the world of solar street lighting 02 News Discover our latest news, trends and innovations 03 Case studies Present in more than 60 countries, discover our numerous solar projects solar street lights worldwide world 04 FAQ Find answers to the most frequently asked questions

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Solar Energy In Bordeaux: A Guide To Harnessing The Sun's Power For Profit

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Technical storage or access is necessary to create user profiles to send advertising or to track you across a website or multiple websites for similar marketing purposes. everyday and pose an existential threat to future wine production, many producers and wine lovers are eager to create and support eco-friendly wineries and wineries.

However, it is no small feat. Nearly half of a wine’s carbon footprint comes from wine production and packaging, according to the Sustainable Wine Growing Alliance. But what impact does the winery itself have on the environment? While it may be easy to overlook, the construction and daily operations of a winery are important factors in determining how “green” a wine truly is.

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Here, we share ways winemakers are taking on the challenge of creating greener wines – in the vineyard and in the cellar.

Building an environmentally friendly winery with materials and labor sourced from far away goes against the spirit of the exercise, says Christophe Landry. He acquired as much as he could locally when building his winery, Chateau des Graviers, at Clos Dufourg in Bordeaux. According to the International Energy Agency, construction is responsible for 39% of the world’s annual greenhouse gases in 2018. The manufacturing of building materials contributed to 11% of this. And since some of these emissions come from transportation, sourcing local materials can also help reduce your carbon footprint.

“The winery is made in part from 600 bales of straw purchased from a farmer about 25 miles from the winery,” says Landry, explaining that the straw is then compressed to form a low-carbon wall building material. “We also use locally sourced stones, sand and clay. For the wood, we took pieces of oak that our barrel maker couldn’t use.” These locally sourced materials also provide ideal insulation, explains Landry.

Solar Energy In Bordeaux: A Guide To Harnessing The Sun's Power For Profit

Chateau des Graviers isn’t the only winery built with eco-friendly materials sourced close to home. Champagne Palmer in Bezannes, France, was built using more sustainable materials, such as tiles, rather than plastic, which is produced from gasoline. The operation also only partners with suppliers within 30 miles or closer whenever possible, says Remi Vervier, the winery’s CEO and head winemaker.

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In addition to sourcing local materials, Chateau des Graviers utilized a workforce of “22 and 30 local people to help us build the winery, with the number varying depending on the day,” explains Landry, adding that many were students. “We fed them three meals and if they needed lodging, we provided that too.”

Finding environmentally friendly building materials is not an easy task and concrete, in particular, has a huge negative environmental impact. Concrete production is responsible for around 8% or more of global carbon emissions, according to

To solve the problem, Remy Drabkin, founder and winemaker at Remy Wines, and John Mead, founder of Vesuvian Forge, partnered with Bioforcetech in San Francisco and Lafarge Labs in Seattle to create a carbon-neutral concrete dubbed the Drabkin Formulation. Mead.

The carbon-neutral formula replaces biochar, a substance made from charred organic waste (including manure and wood chips), for the non-eco-friendly black pigment and sand commonly found in concrete.

Adding Some Spice To Solar Panels

In August, Drabkin and Mead oversaw the laying of the foundation using their Drabkin-Mead concrete for Remy Wines’ new 5,000-square-foot facility in Dayton, Oregon.

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