What are some innovative green building designs?

Let's dive into some creative green building designs that are eco-friendly and cutting-edge! 1.Living Walls: Transform walls into greenery-filled spaces for natural air purification. 2.Solar Panels in Facades: Integrate sleek panels to harness solar energy seamlessly. 3.Green Roofs:Cover rooftops with plants for insulation and urban greenery. 4.Passive Ventilation:Utilize natural airflow for efficient temperature control. 5.Recycled Materials:Construct buildings from reclaimed and recycled materials. 6.Net-Zero Energy:Design structures that produce as much energy as they consume. 7.Water Recycling:Implement systems to collect and reuse rainwater and greywater. 8.Vertical Gardens:Create lush gardens on building exteriors for urban greenery.

El ecologismo es algo global, solo hay un planeta, y el viento y la capa de ozono no conocen fronteras. Un diseño ecológico es aquel que ahorra gasto energético en el lugar del emplazamiento, sin haber causado un perjuicio en el lugar de origen del que proceden los materiales. De lo contrario sería un falso ecologismo. Un ejemplo claro es cuando algunos países compran el derecho de emisión de contaminación sobrante que otros países no utilizan, lo que se conoce como cuotas.

Yes solar powered skyscrapers are always alternative to hydropower electricity but come up its own challenges. Like the amount of energy it can produce can really meet up the requirements. And i believe initally budget to set up is very costly to add on so it has its own challenges. However in long run it will definately bring good impact in surrounding and at the end will be beneficial for human mankind.

Wind Turbines: In suitable locations, incorporate small-scale wind turbines to generate renewable energy and contribute to the building's power needs. Rainwater Harvesting: Implement rainwater harvesting systems to collect and store rainwater for non-potable uses such as irrigation, flushing toilets, or cooling systems.

A good design would be living green buildings. Some of these buildings incorporate living elements, such as vertical gardens, green vegetation rooftops, and interior plant walls. These features can improve air quality, reduce energy consumption, improve insulation, and manage stormwater. More examples of green building designs are solar panel integration, passive solar design, rainwater harvesting systems, net-zero energy building, smart glass, recycled and sustainable materials. Innovative green building designs focus on sustainability, energy efficiency, and reducing environmental impact. These designs contribute to environmental conservation but offer long-term economic benefits through energy savings.

No soy experto en el tema ni mucho menos, pero me gustaría dejar esta idea como una semilla para quién lo lea, porque me consta que ya se están desarrollando. Materiales que permiten filtran y atrapar ciertas toxinas así como monóxido de carbono (CO) ambiental. Son de características porosas y de origen reciclado o al menos parcialmente reciclado. Permiten contribuir a la limpieza y la calidad del aire en conjunto con lo que los árboles y la vegetación hacen por nosotros y por el resto de seres vivos.

My Final Career Project was based on the building of Hemp Hurds and Lime, it is a very interesting material, as you are combining the quick growth of Cannabis sativa, using it's fibers mixed with lime, to get walls that breathe and are healthy, for both the users and the environment. You can build big structures and buildings too, as its easy to make panels on site, that you can then move and build somewhere else. HempCrete is one of the names, HempBricks, etc, google this words and discover the benefits of building and growing with nature💚

Those examples for smart green buildings use very high amounts glass. Which has excellent thermal control and can provide solar energy to the building. And glass is finite, highly recyclable, so should there be construction or demolition waste, circular economy opportunities as well.

Albedo effect of the exterior can be critical in some passive houses, especially in hot regions. Simply being able to reflect potentially 90% of sunlight, heat from your structure is a great way to optimize efficiency and temperature. Reducing UHI (Urban Heat Island Effect) and using natural resources, materials may offer better thermal management as well. I test this (since I innovate solutions for this) and solar-battery charging output changes can be 5%-12% vs albedo colors and material types. Shading over, around windows, openings, where hotter air can enter is effective, I use solar panels to manage this also, trees are great too. Shaded areas can be >30F cooler per readings from my thermal camera.

Hablando de aislamiento y de eficiencia energética, conceptualmente está establecido el uso de ventanas intercambiables, esto juega un papel en conjunto con la orientación del edificio, que en gran medida está a su vez relacionada con la salida y la puesta del sol. Se trata de ventanas intercambiables cada 6 meses, es decir, 2 veces al año, siendo ventanas de primavera-verano, así como otoño-invierno. respectivamente.

A green building needs a long life and easy adaptation. That spreads the environmental cost of construction over a long timeframe. To do that, the building has to fulfil peoples needs. To do that, the building has to meet peoples expectations of security, comfort, and privacy. UK's most successful housing form is the terraced house from late Victorian, early Edwardian era. It's private space front and back, can be endlessly adapted, and extended. It's still sought after and desired. So if you are going to build green, reproduce this housing form in the most sustainable way, for blue-collar workers, so those with least privilege, can live somewhere desirable. Remember, advocates of high-rise, high-density housing rarely live in it.