Tag Archives: clean energy

Philippe Starck designs futureproof Hydrogen refueling station disguised in an invisible cloak

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Philippe Starck is renowned for his ingenuity when it comes to enriching lives with unique creations. The acclaimed French designer and architect has proved time and again what comes to the fore when unwavering focus and brilliance are fused. In the latest venture with HRS (leading European manufacturer of hydrogen stations), Starck has created one of the most striking hydrogen refueling stations you would come across.

Dubbed HRS by Starck, the prototype of the refueling station is currently on show at the COP28 climate summit at Expo City Dubai. Being a part of the Green Zone hub (dedicated to decarbonization and energy transition) the creation leverages HRS’s high-capacity refueling prowess and Philippe’s innovation to make possible such a resourceful collaboration.

Designer: Philippe Starck

Amplifying the core idea of clean fuel transition, the fuelling station takes an almost invisible form, just like Hydrogen which is inherently a colorless, clean gas. The fuelling station is made out of polished reflective steel material, as Philippe envisioned it in his mind to have the essence of disappearance. From the very beginning, Starck was crystal clear about the form of the HRS by Starck hydrogen refueling station. This smart-looking device mimics the character of disappearance, dissolving from the viewers’ eyesight, only to reflect the surroundings.

From a distance, the onlookers can only make the distinction when viewing the sunset orange hue from inside the dispenser column on one side. Interestingly, as the viewer has a closer look and peeks inside the rig, it’s almost empty. Obviously, Starck wasn’t going to stop at this, so he added optical effects known as dichroism. For this, the dispenser is fitted with a dichroic-treated glass panel. That is, the refueling rig changes color even though is completely colorless.

The designer wants to dematerialize the design of the refueling rig, thereby making it unobstructed and shifting attention toward the transparent nature of the clean gas. Coming on to the practical aspect of HRS by Starck, the design is modular and scalable. It can dispense hydrogen for vehicles including cars, HGVs, buses, trains, construction machinery and even boats. The dispenser comes with two pressure settings – 350 bar and 700 bar for multi-vehicle compatibility.

The refueling dispenser is all set to be operational by 2024 if the project doesn’t hit any speedbumps. Truly, this design revolving around “elegant and intelligent energy” is all set to serve the future.

The post Philippe Starck designs futureproof Hydrogen refueling station disguised in an invisible cloak first appeared on Yanko Design.

Affordable solar homes – a solution for homeowner poverty & net-zero housing!

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Net-zero architecture is what will reduce emissions from the construction industry on a large scale. But make it inclusive as well as scalable and you also get a solution that can lift homeowners out of poverty while building a community! Created for that very purpose, these solar homes are aiming to help solve both the global housing and climate crises with one design. The houses produce their energy, harvest 100% of the rainwater, clean their sewage, and also have the potential to grow their own food!

It is called the PowerHYDE housing model and was created by Prasoon Kumar and Robert Verrijt of Billion Bricks from India and Singapore. The model explores sustainable solutions to empower and facilitate growth opportunities for people without homes around Southeast Asia which has a lot of rural and low-income populations. These homes not only provide shelter but are also a power module to scale sustainable communities that lift homeowners out of poverty!




“A BillionBricks Community is the world’s first carbon-negative solar home community to bring families out of poverty within one generation. PowerHYDE homes are plug-and-play modular structures that do not need any connection to services and could be made functional from the day of completion of construction,” says the design team. The cost-effective solution even won a Holcim Award for Sustainable Construction!

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The PowerHYDE homes are built via an indigenous prefabricated technique that makes them easy to assemble in remote locations. The home has a solar array installed on the roof and the homeowner can sell excess power generated back to power companies, generating a profit that helps to pay off the cost of the home. Sample homes have been built in Mathjalgaon Village in India and in the Philippines. BillionBricks now plans to build a community of 500 homes near Manila, Philippines that will generate 10 megawatts of power.

Not only does it reduce the emissions from the construction industry (which is the leading contributor in the world for CO2 emissions) but it also helps more people become homeowners while equipping them with means to create renewable energy thus reducing individual carbon footprint as well. It is a radical concept in housing designed for energy sufficiency, extreme affordability, and education for future generations to adapt to a sustainable lifestyle even in rural areas.

Designers: BillionBricks and Architecture BRIO

The post Affordable solar homes – a solution for homeowner poverty & net-zero housing! first appeared on Yanko Design.

Michelin debuts inflatable sail system to decarbonize the global maritime industry, providing freight ships with clean wind energy!

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Michelin Group, the multinational French tire manufacturing company, has its tread pointed towards becoming a leader in sustainable mobility. Veering away from tire manufacturing, Michelin is making strides on the ocean. Revealing a sustainability project aimed at the high seas, the global tire manufacturing group presented WISAMO, a wind-powered Wing Sail Mobility project, during this month’s Movin’ On global sustainability summit.

In a collaboration between Michelin R&D and a couple of Swiss inventors, WISAMO was designed in part as a contribution to their long-term goal of cutting global maritime transport emissions by more than half by 2050, Michelin’s WISAMO project provides inflatable sails to increase efficiency across all kinds of freight and cargo ships. The Wing Sail Mobility project was conceived to decarbonize the maritime industry at large, prompting Michelin to construct a wind sail system that fits most commercial cargo ships by enacting a plug-and-socket installment system.

Designed as a supplementary power source for freight and cargo ships, the inflatable sails would work in addition to the ships’ engines, propelling the ships forward with help from harnessed wind energy. WISAMO is an automated, retractable, and inflatable wind sail system that folds over the ship’s deck when not in use. The sails’ foldable design allows cargo and freight to pass under bridges or sail through storms without the worry of damage to the actual sails. Relying on a telescopic folding system, WISAMO’s sails unfurl via an automated system that uses an air compressor for inflation.

Offering his own technical and experiential knowledge, world-renowned french sailor Michel Desjoyeaux collaborated with the team at Michelin to help develop WISAMO. During its debut at the 2021 ‘Movin’ On’ global sustainability summit, Desjoyeaux cited the project’s environmental charge, “the advantage of wind propulsion is that wind energy is clean, free, universal, and totally non-controversial. It offers a very promising avenue to improving the environmental impact of merchant ships.”

Designer: Michelin Group

Relying on a retractable and inflatable sail system, WISAMO can be installed on most commercial cargo ships.

WISAMO was designed to hybridize freight ships, propelling their engine-driven speed further with wind power.

The inflatable sail systems can fit on most merchant and leisure ships.

With the insight gained from experienced French sailor Michel Desjoyeaux, Michelin built WISAMO to garner optimal wind energy.

WISAMO retracts over the ship’s deck when not in use.

The telescopic folding design allows ships to still sail beneath bridges and through storms.

The automated folding system works with an air compression unit that’s activated with the push of a button.

This wind-powered street light is peak sustainable technology for urban architecture!

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We are going through a climate crisis and a large part of it is due to energy consumption. As the population increases, more and more energy is consumed which leads to the planet getting warm faster. To help combat the problem, Berlin-based designer and student, Tobias Trübenbacher, created Papilio – a street light that is powered by wind and conserves energy thereby reducing CO2 emissions on a large scale if implemented.

Papilio was designed to combat light pollution and growing energy consumption that has a big impact on our planet. It is an insect-friendly street light that generates energy from wind. The climate-neutral energy generation becomes an aesthetic play at all times. It has an integrated Savonius wind rotor for which the wind direction is irrelevant so it can be installed anywhere. The street light has been designed with an insect-friendly light spectrum and gets automatically activated only when needed. Cities become more windy as we build them up higher and Papilio is a sustainable solution that will let us light up streets while reducing the impact on the environment!

“Would be nice if the excess energy can be given back to the grid. Imagine every light pole having this. It would create a ton of almost free energy.”

Designer: Tobias Trübenbacher

This solar farm provides 300 MWh of renwable energy per year & is a community space at the Burning Man!

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Think solar farm meets the art and that is what the Solar Mountain by Nuru Karim is – the intersection between efficient clean energy production and unique architecture! The modern structure is constructed from recycled timber and clad in solar photovoltaic panels which also is one of the ten shortlisted projects for Burning Man‘s 3,800-acre Fly Ranch in Nevada – see? I meant it when I called it architectural art.

The Fly Ranch in the Nevada Desert is a permanent, off-the-grid space proposed by the organizers of Burning Man and the Solar Mountain is one of the finalists because it aims to contribute 300 MWh of electricity per year while also providing interactive zones for the community. The Burning Man team partnered with Land Art Generator Initiative (LAGI) for a multi-disciplinary design challenge – LAGI 2020 Fly Ranch and now the shortlisted entries, including the Solar Mountain, will move to the next stage of prototyping.

Solar Mountain by NUDES, a Mumbai-based architecture firm, is designed to be both an interactive installation as well as a source of clean energy for the community. Fly Ranch is home to several natural hot and cold springs, three geysers, hundreds of acres of wetlands, dozens of animal species, and more than 100 types of plants – this natural landscape is what inspired the curvaceous form of the Solar Mountain so that it seamlessly blends into the existing setting. The infrastructure is created keeping in mind one of the core needs for the space – the unified community of creatives and locals. “With this in mind, the narrative behind the design is divided into three parts: grow energy, interact, and play,” elaborates Karim.

The wavy construction is going to be a modular, pre-fab renewable energy infrastructure. It consists of four units and each unit measures 30m in length, between 5m-30m in width, with a maximum height of 15m. Each unit will have 182 solar panels of 300-watt capacity that will generate 1.2kwh/day. NUDES calculates the estimated total clean energy that can be harvested from the four units containing a total of 728 solar panels to be 873 kWh per day! This means Solar Mountain has the capacity to generate 318,645 kWh annually and can power the site’s requirements as well as other activities in the festival. Designed using net-zero principles, in the hopes of addressing larger issues such as climate change and global warming, Solar Mountain’s aim is to produce more energy than it will consume. Burning Man but where we actually use the ‘burning’ bit to generate clean energy!

Designer: Nuru Karim of NUDES

This sustainable floating luxury hotel powered by clean energy has a revolving platform & is mobile!

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This Eco-Floating Hotel in Qatar is raising the bar for eco-friendly travel and tourism! Powered by wind + solar energy it also features tidal sustainability mechanisms and a revolving restaurant to give you ALL the best views. Designed by Hayri Atak Architectural Design Studio (HAADS), the hotel would span over 35,000 sq m (376,000 sq ft) and house 152 rooms. The giant glass donut-shaped structure has a lush green cover integrated into its exterior and a mesmerizing indoor waterfall with a huge vortex-like glass roof.

Sustainability is at the core of this project and all of the design details are centered around it. The vortex shape of the roof will actually be used to collect rainwater for irrigation and more while solar panels + wind turbines will provide clean energy. Even the water current will be harnessed with a tidal energy system so when the hotel turns it can produce power similar to a dynamo. The hotel also intends to purify seawater and treat the wastewater it produces so it doesn’t harm the environment. Speaking of waste management, the team aims to develop waste separation units for efficiency and to use them as fertilizer in the landscape for the recycling of substances such as food waste.

With the aim to create maximum benefit towards maintaining ecological balance, the hotel will use a green energy production method called vawtau (vertical axis wind turbine and umbrella) which works as a wind turbine on the vertical axis and it has a function as a sun umbrella on the coastal band. Up to 25 kW of electrical energy can be obtained from each of the 55 vawtau modules which use wind flow caused by temperature difference in sea and land as its working principle. The greenery will help in regulating the temperature while also maintaining the flow of fresh air naturally.

The hotel will be located just off the shore and on a series of floating platforms and guests can access it via the 140-degree connecting pier, a boat, or a helicopter. The rotating platform will move very slowly – one revolution will take 24 hours – so guests won’t be dizzy and can enjoy the amenities like the spa, the pool, mini-golf, and the gym. The rotating movement is controlled by a dynamic positioning system that consists of a series of thrusters and propellers just like the ones that help ships stay on the right course. A luxurious 700 m2 lobby sits in the center featuring transparent vertical surfaces that let in natural light and give a light, airy, flowing visual effect. Each room comes with its own balcony and will offer different perspectives of the hotel and the views as it rotates slowly.

What makes it interesting is that although Eco-Floating Hotel is a project whose first leg is planned to take place in Qatar, the team is designing it in a way that it can be taken to different places with special mobile features. “Our team is working and studying with technical consultants and experts from different fields. This project adopts the motto of minimum energy loss and zero waste as a principle according to the design approach it has put forward. Due to its characteristic moving feature, it generates electrical energy by rotating around its position according to the water flow and provides users with different perspective experiences,” says HAADS.

It was inspired by the sea with which it is associated in every sense especially in its shape which was guided by whirlpools. Whirlpools form a rotation around themselves in a regular flow and that is reflected in the hotel’s shape which seems to have risen with its borders and evolved into a structure. The idea of the whirlpool also inspired the rotating platform and revolves around itself within the framework of controls in order to ensure electrical energy efficiency and everchanging panoramic views. Eco-Floating Hotel aims to minimize its intervention in the ecological balance by not using fossil fuels at any stage. These are all ambitious integrations and HAADS mentioned that feasibility and technical studies are currently ongoing to try and make this a reality by 2025.

Designer: Hayari Atak Architectural Design Studio

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This sustainable hotel also includes an event space, a bar, a green roof and 40 micro-apartments!

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Studio Gang is known for being a super innovative company that produces some of the most unusual architectural designs and their latest concept is a mixed-use sustainable hotel called Populous! With solar panels, a green roof, and other carbon footprint-reducing features, Studio Gang aims to have the doors of this hotel open by 2023 which also seems like a feasible projection for all of us to resume traveling like non-pandemic times again.

Populous will be built in Denver, Colorado, and will measure 135,000 sq ft (roughly 12,500 sq m) with over 13 floors. While most of the interior layout will be dedicated to the hotel and its amenities, Studio Gang also plans to include 40 “micro-apartments” to stay aligned with its mixed-use functionality. It will also feature a public rooftop bar, a viewing point, a ballroom, and more food + drinks vendors – Populous sounds like the Venn Diagram intersection between a hotel, an event space, and an Airbnb tiny home. Hotel guests are immersed in the views of the nearby State Capitol, the Civic Center Park and the mountains beyond through the sweeping windows in their rooms. One really neat detail is that the windows of some rooms are designed to be occupiable so they are transformed into seating or desks that bring the outdoor scenic setting to the guest. The distinct shape of the windows also offers shade to the hotel and can channel rainwater to help keep the facade clean over time too using the “lids” that stretch outward.

The wedge-shaped building’s facade reminds me of a huge cheese grater and that is not something I mind but turns out it was the bark of local Aspen trees that inspired Studio Gang to make it that way. “At the building’s base, the windows grow up to 30 ft [9 m] in height to frame entrances and views into the lobby, restaurant, and amenity spaces. The texture and rhythm of its sculptural facade is strongly tied to the building’s hotel function. Each vertical scallop is the width of a hotel room, and its windows change in size in response to public and private spaces. The distinctive window shapes are informed by studying the characteristic patterns found on Aspen trees (Populus tremuloides). As the trees grow, they shed their lower branches, leaving behind dark, eye-shaped marks on the papery bark of their trunks,” says Studio Gang. Populous will be receiving the LEED Gold green building standard and will integrate features like roof-based solar panels to reduce its draw on the grid, a green roof, and an efficient heating/cooling system. I can’t wait to see more sustainable hotels that will help us make travel and tourism an environmentally-friendly experience powered by clean energy!

Designer: Studio Gang

This sustainable amenity kit produces clean energy & reduces plastic waste for hotels when composted

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All industries are making an effort to pivot and use more sustainable designs in an effort to slow down the climate crisis. We are seeing a boom in material experimentation and exploration, especially to make products that are biodegradable because that encourages a circular economy that works for the planet and the user. Single-use plastic is one of the biggest non-biodegradable contributors to ocean pollution. My biggest pet-peeve is when hotels have each item in their toiletries kit wrapped in plastic – it is so unnecessary and given the turnover of these items, it creates a tonne of waste. The Green Box is an innovative solution that aligns hotel stays with your sustainable lifestyle choices!

It is an amenity kit designed to help hotels to transition to a circular economy and avoid the waste generated by tens-of-millions of amenity kits are thrown away by hotel chains – we use them once but they last forever on our planet. Green box is made from compostable plastic which will let hotels industrially compost and organically recycle the items in a controlled environment. The design goes beyond providing functional value and also aims to educate guests about the material and its impact to encourage better choices even after the vacation ends. Each box comes with a disposable bin for the room to familiarize guests with the new kind of waste-stream. The guests will sort materials as compostable and non-compostable by simply following the color grading – green for compostable and white for general waste. Then they will put the green compostable items in the green part of the box and the white parts (contaminated with bacterias to be composted) will be disposed of with the general waste.

Once separated, the green items along with the rest of the organic waste from the hotel restaurant will be composted on an industrial facility. After 10 weeks of the methanization process, we will be left with soil and bio-gas which can be used to generate power. In fact, the Green Box might produce enough energy to power a standard LED light bulb for over 27 hours. The remaining organic matter left could be used as a soil fertilizer. The color system is easy to follow and by doing it themselves, the guests can see how much waste is being generated. This creates a beautiful circular design and business model for hotels to implement using bioplastics.

Designer: OnMateria

This futuristic transit hub is also an educational sanctuary in Mojave Desert!

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Last summer’s Young Architects Competitions (YAC) saw several amazing concept designs but this Hyperloop Desert Campus by Begum Aydinoglu of Pada Labs, Mariana Custodio Dos Santos, and Juan Carlos Naranjo is a part of the noteworthy 30 shortlisted ones. The challenge was about creating a building in the Mojave Desert, Nevada, that blends the future of transport while also standing as a “sanctuary of science.” Of course, it is an architectural competition so the structure had to visually “wow” the audience/judges.

The team kept in mind the current struggles we face as a planet and came up with a design that focused on environmental sustainability, resilience, and knowledge sharing. Hyperloop Desert Campus will be a building that houses multi-dimensional experiences. The team reimagined the Mojave Desert which is North America’s driest desert (and stretches across four states!) as an oasis in their proposal. The campus sports a stadium-like design with smooth curves bordering four courtyards that feature water elements to support the growth of tall palm trees and other greenery which will also allow for natural cooling and ventilation in the space. Hyperloop’s looping structure will have solar panel farms installed on each of its sides to generate renewable energy that can support the campus while the four courtyards will be designed to facilitate rainwater collection and greywater recycling.

“The symbiosis between the rough landscape and the iconic technology, helps The Hyperloop Desert Campus find its form. The building was designed to seamlessly rise from the desert ground of Nevada…the building’s design spirals up – inspired by the speed of travel – large corridors loop around these Oasis, crossing and interchanging levels, resembling complex interchange high-ways in form and function,” says the trio. 2020 taught us all a lot about resilience and that is the core of Hyperloop Desert Campus as well and will be seen in the form of inclusive knowledge sharing with educational tours, multiple technical cores that establish a fail-safe emergency system, and built-in expandability with adaptable interiors to allow for flexible future growth.

Designers: Mariana Cabugueira, Begum Aydinoglu and Juan Carlos Naranjo

JAMES DYSON award-winning window uses crop waste to capture UV light for renewable energy

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Sustainability is the next big movement when it comes to design, it is something every industry will have to apply and one of the most interesting parts of it is material exploration – what substitutes can we use or tweaks can we make to optimize our resources for the betterment of the climate? Fossil fuels continue to account for over 81% of global energy production according to the International Energy Agency and if we continue to burn fossil fuels at the current rate, global supplies of gas and oil will deplete by 2060.

To make sure we are prepared for change, we need to focus on accessible and effective renewable alternatives (like Quantum Dots). This year’s James Dyson Award winner in the sustainability category attempts to answer their question with an innovative solar energy-harvesting window made of recycled materials. The AuREUS system uses technology created from upcycled crop waste that helps walls/windows absorb stray UV light from sunlight and convert it to clean renewable electricity – absolute genius!

Designed by Carvey Ehren Maigue of Mapua University, these panels can be crafted into windows or walls which will harvest solar energy and convert it into electricity. Three things that made me instantly fall in love with this design are 1) clean renewable energy 2) using crop waste and 3) lower electricity bills. AuRUES was inspired by the phenomenon of the aurora lights which is a whimsical natural process that occurs when luminescent particles in the upper atmosphere absorb energy from UV and gamma radiation and emit it as visible light. The panels mimic this process by embedding similar luminescent particles in resin so that when the sunlight hits the panel it absorbs the UV and produces visible light. The light is then directed towards the edges of the panel where regular photovoltaic cells collect the energy to turn it into electricity. The colors of the luminescent particles come from dyes that were made from waste crops which makes this a closed-loop system.

The current renewable energy solutions can only generate electricity in the right environmental conditions. For example, solar panels can only capture and convert visible light into renewable energy and must be facing the sun to do so. Even solar farms need to be built horizontally which takes up space that could actually be used for cultivation or other resources. By using AuREUS, it eliminates the need to have certain conditions to harness solar energy which makes it more efficient and accommodating to various spaces.

“As a farmer, I see great potential in this technology to generate clean renewable energy. AuREUS System Technology conserves space using pre-existing structures, utilizes current resources and waste streams, and supports local agricultural communities,” says James Dyson. By harvesting UV radiation AuREUS opens a gateway to increase the potential of solar energy as conventional solar cells miss that part of the spectrum.

Apart from lowering costs, mitigating climate change, and supporting local agricultural communities, these panels will also reduce people’s exposure to radiation that can cause serious diseases and help in reducing the urban carbon footprint with sustainable architecture. “I want to create a better form of renewable energy that uses the world’s natural resources, is close to people’s lives, forging achievable paths and rallying towards a sustainable and regenerative future,” says Maigue. His invention is both future-looking and problem-solving for the present.

Designer: Carvey Ehren Maigue