Imagine a world where vibrant greenery

strikes your eyes the moment you wake.

The air you breathe is filtered and

refreshing. The technology you use runs

on clean energy. Solar panels blend

seamlessly into the architecture while

living walls in rooftop gardens surround

you. Rainwater is collected instead of

wasted, and buildings are covered in

plants instead of advertisements. This

is the aesthetic of solar punk, a social

movement that envisions and works

towards building a sustainable future

interconnected with nature and

community. There's just one problem.

Most of it doesn't exist. So, is solar

punk simply another impossible

idealistic internet aesthetic? Or could

it actually become the blueprint to

rebuilding our cities and maybe even our

entire relationship with the planet? In

his book, Capitalist Realism, Mark

Fischer writes that it is easier to

imagine the end of the world than the

end of capitalism. Whether or not you

agree with his conclusion, his

observation about our collective

imagination feels incredibly accurate.

Over the past few decades, depictions of

humanity's seemingly inevitable

dystopian collapse have become some of

our most influential cultural stories.

Movies like I am Legend and TV shows

like The Walking Dead depict a world

where virus outbreaks lead to the near

extinction of humanity. Video games like

Cyberpunk 2077 portray technologically

advanced futures defined by dim

atmospheres, neon lights, and power-

hungry corporations. Part of the reason

these stories resonate is because

conflict attracts us to stories. A world

where everyone was happy and free and

stable wouldn't exactly make for the

most compelling TV show or video game.

But another reason is that they reflect

many of our genuine anxieties about the

future. Climate change, political

instability, and AI automation have made

dystopian futures feel like plausible

outcomes. So, it's no surprise that our

culture has become extremely good at

imagining collapse. But what if we did

something far more difficult and imagine

what success looks like? What if we

didn't automatically assume that

collapse was inevitable? Those are the

questions that solar punk attempts to

answer. The word solar punk combines

solar representing renewable energy and

sustainability with punk representing

resistance to the status quo. The

origins of solar punk begin with an

unassuming blog post from 2008 written

by an anonymous blogger Republic of the

Bees titled From Steampunk to Solar

Punk. In the blog post, Republic of Bees

describes the design of the Beluga

Skyail, a hybrid cargo ship that uses

sail power to supplement the ship's

engines, resulting in fuel savings

between 10 to 35%. So, in honor of the

Beluga Skyell's maiden voyage, they

write, I'm going to suggest a new

literary genre, solar punk. Unlike

steampunk, which imagines an alternate

history where Victorian steam technology

continued to evolve, solar punk revolves

around a much more practical question.

If fossil fuels were no longer cheap or

no longer sustainable, what technologies

would naturally evolve to replace them?

Rather than imagining impossible

inventions, Republic of the Bees

imagines existing engineering principles

pushed to their logical conclusion,

combining centuries old systems with

modern ones. That's why the Beluga Sky

Sale became the movement's honorary

cargo ship. Instead of abandoning

sailing altogether, engineers combined

centuries old wind power with modern

navigation systems to reduce fuel

consumption. Progress, in other words,

is about rediscovering what the past

already got right, reintegrating it with

present-day advancements, and discarding

what clearly isn't working. Republic of

the Bees also argued that unlike most

speculative fiction, Solar Punk didn't

have to remain speculative. Many of its

ideas like renewable energy, passive

architecture, wind assisted shipping,

and local food production already exist

in some form. The biggest challenge is

intentionally deciding to build a

society around them. I actually really

like the way the initial solar punk

future was described because unlike the

internet aesthetic that currently

dominates the idea, Republic of the Bees

assumed that this transition would be

difficult. He assumed it would be

politically messy, filled with conflicts

over energy, economics, and entrenched

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Solar punk remained relatively niche for

the next several years. Then in 2012,

Brazilian editor Gerson Loi Rivero

published the first solar punk

anthology, Solar Punk. Historias

ecologic efast mundo sustenavl. It was

the first serious attempt to turn this

loose collection of ideas into an actual

body of fiction, imagining sustainable

societies that weren't post-apocalyptic

or technologically primitive. But solar

punk didn't really become recognizable

until it found a home on the internet.

In 2014, artist Olivia Louise published

a Tumblr post that would end up defining

the movement's visual identity for years

to come. Instead of the sterile white

minimalism that often dominates

futuristic architecture, she imagines

something warmer. Arch nuvo inspired

buildings draped in greenery, stained

glass solar panels, communal green

houses, walkable streets lined with

independent businesses, handcrafted

goods, renewable energy, and technology

that felt like it belonged to the

natural world. Those illustrations

spread rapidly across Tumblr, Pinterest,

and later Instagram, eventually becoming

the images most people associate with

solar punk today. The original blog post

was primarily concerned with engineering

and economics, but then Tumblr gave it

an aesthetic language. Neither is

inherently more important than the

other. But as beautiful images started

to spread across the internet much more

than discussions about how to actually

build that future. The imagery became

more distinct and important than the

actual design philosophy that inspired

it. So what is the realistic useful

design philosophy of solar punk instead

of the idealistic aesthetic we typically

associate with it? And how close is that

aesthetic to practical design? Rather

than asking how cities can dominate

nature, solar punk asks how they can

begin behaving more like natural

ecosystems. And that idea actually has a

name, biomimicry. In short, biomimicry

is the replication of the models,

systems, and elements of nature for the

purpose of solving complex human

problems. Janine Benus, who popularized

the field of biomimicry, summarizes it

as learning from nature as a model,

mentor, and measure. After nearly 3.8 8

billion years of evolution, nature has

become remarkably efficient at

regulating temperature, recycling waste,

conserving water, and using energy. So,

biomimicry asks, what if we used nature

as our design mentor? Take cooling for

example. Modern buildings typically

fight heat by pumping enormous amounts

of electricity into air conditioning

systems. But what if that building

simply didn't get that hot in the first

place? This is where passive design

enters the picture. Passive cooling

relies on architecture itself to

regulate temperature before mechanical

air conditioning becomes necessary.

Building orientation, cross ventilation,

thick walls that slowly absorb heat,

shaded windows, overhanging roofs,

internal courtyards, and carefully

placed vegetation can dramatically

reduce cooling demands. And many of

these ideas aren't futuristic at all.

They've existed for centuries in

traditional architecture throughout the

Middle East, North Africa, and Southern

Europe before cheap fossil fuels made

constant air conditioning practical.

Now, modern architects are increasingly

combining those ancient ideas with

contemporary materials and computer

modeling. One of my favorite examples I

came across was Zimbabwe's Eastgate

Center. Inspired by the self-ventilating

structure of termite mounds, architect

Mick Pierce designed the building to

circulate air naturally, significantly

reducing the need for conventional air

conditioning. This same sort of

biomimicry thinking can be applied to

any other area of our cities and homes.

For instance, transportation is

currently one of the most inefficient,

unsustainable forms of daily activity

that is actively destroying the

environment while also unnaturally

segregating us from nature due to the

sheer lack of walkability. It accounts

for roughly 28% of all greenhouse gas

emissions. To see a real world solar

punk solution to this transportation

problem, it's probably best to look at a

city that you wouldn't initially

consider to be like a solar punk

aesthetic, but it definitely applies the

design philosophy, and that is

Copenhagen. Roughly half of all trips to

work or school within the city are made

by bicycle because the city was

intentionally designed to make biking

one of the fastest, safest, and most

convenient ways to get around. Protected

bike lanes are physically separated from

traffic. Intersections are designed to

prioritize cyclists and pedestrians, and

an interconnected network of paths makes

it possible to travel across much of the

city without ever feeling like you're

competing with cars. Also, let's talk

about trains. One of the reasons trains

appear so frequently in solar punk

artwork is because they're one of the

most energyefficient ways we've ever

invented to move large numbers of

people. According to the International

Energy Agency, rail carries roughly 7%

of the world's passenger travel while

producing only about 1% of transport

related emissions. An electrified rail

powered by lowcarbon energy becomes even

more efficient. One of the greatest and

probably the most efficient traveling

experience I ever had was on Japan's

Bullet Train, also known as the Shin

Kansen. Since opening in 1964, the

network has transported billions of

passengers with zero passenger

fatalities from derailments or

collisions in commercial service. The

trains routinely operate with average

delays measured in seconds, not minutes.

Now, think about how much that sort of

reliability changes daily life. Instead

of gripping a steering wheel through

rush hour and getting pissed at everyone

that's trying to pass you, they can

read, answer emails, or simply look out

the window. The commute becomes much

less stressful, which inevitably bleeds

over to other areas of your life in a

positive way. Though Japan isn't

necessarily the greatest place to live

for natives, from what I hear. Next,

let's talk about the way that

neighborhood zoning is envisioned in a

solar punk world. Urban planners

generally define a walkable neighborhood

as one where people's daily needs like

food, schools, parks, healthcare, cafes,

and public transit exist within a

comfortable walking distance. One of the

most influential ideas in modern urban

planning is the 15-minute city. The idea

that most of your daily needs should be

reachable within about a 15-minute walk

or bike ride from your home. Mixeduse

zoning, where homes, shops, offices, and

public spaces exist together rather than

being separated into isolated districts,

naturally reduces car dependence while

creating streets that remain active

throughout the day. Research

consistently associates walkable

neighborhoods with lower transportation

emissions, better public health,

stronger local businesses, and increased

social interaction. That means fewer

15-minute drives just to grab a gallon

of milk, more opportunities to run into

your neighbors, and public spaces that

don't just become empty parking lots

after 5:00 p.m. It turns out that

designing cities around people instead

of cars makes the city feel more alive,

too. Who would have thought? And in

places like Copenhagen, the people

themselves seem to be doing pretty well,

too. Denmark has ranked among the top

three countries in the World Happiness

Report for over a decade. And Copenhagen

itself was ranked the world's happiest

city in the 2025 happy city index. In

other words, our behavior follows the

city's design. And when the design is in

alignment with solar punk design

philosophy, we tend to be happier and

healthier. Now, even though many of

these principles essential to solar punk

design already exist, there's still a

huge piece of the puzzle that's often

left out of this discussion.

Feasibility. I don't think we should

just dunk on the concept art and say

this is unrealistic. You know, it's

important to have a visual identity

behind this sort of movement. And

imagining things that may not be super

realistic is still important in and of

itself, but we should also be asking how

much of this stuff can we really build

at scale and what would it take? The

problem is that the aesthetic compresses

decades of engineering, politics, money,

labor, and maintenance into a single

beautiful image. For instance, take

those pictures of vertical forests. When

people imagine solar punk, they often

imagine skyscrapers covered in trees.

And the most famous realworld version of

this is Bosco Vertical in Milan. The two

residential towers host around 800

trees, 4,500 shrubs, and 20,000 plants

across their facades, essentially

turning the building into a kind of

vertical ecosystem. On flat land, that

amount of vegetation would equal roughly

20,000 square meters of forest and

undergrowth. So, no, the idea is not

impossible. It already exists. But can

every skyscraper look like that?

Probably not. Because once trees move

from the ground to the side of a

high-rise building, they cause a whole

host of structural, irrigation, safety,

and maintenance problems. The balconies

have to support the weight of soil,

trees, and water. Researchers studying

the Bosco vertical noted that

maintaining high-rise vegetation

requires careful water management and

ongoing data about pruning and automated

irrigation. Another thing solar punk art

loves are rooftops covered in gardens,

green houses, and food production. And

again, this isn't complete fantasy.

Green roofs can reduce and filter storm

water runoff, provide habitat, absorb

pollutants, reduce heat island effects,

and add usable green space to dense

cities. The EPA notes that green roofs

help manage storm water and cool

buildings during warm weather. That is

genuinely useful. But can rooftop

agriculture feed an entire city? Not

remotely. Cities consume too much food

and rooftops have too little space, too

many structural limits, and too many

competing uses to replace large-scale

agriculture. But that doesn't make

rooftop farms pointless. It just means

that their usefulness is different from

the fantasy. They can supplement food

systems, reduce heat, manage rainwater,

and even create community spaces to

reconnect people to the process of

growing food. A surface that used to do

almost nothing can start doing several

useful things at once. That is a very

solar punk idea. But the same limitation

appears again with solar panels. Solar

panels are probably the most obvious

visual symbol of solar punk. I mean,

they're literally in the name. And

rooftop solar has enormous potential.

One recent analysis estimated that

America's rooftop solar potential could

generate enough electricity to cover

about 45% of US electricity use. That is

huge. But notice what that number also

means. Even if rooftop solar were fully

built out, it still would not cover

everything. Cities would still need

regional grids. They would still need

transmission lines. They would still

need storage and backup generation. This

is one of the least aesthetic parts of

solar punk. But it's also one of the

most important. The International Energy

Agency has warned that electricity grids

are becoming a bottleneck in clean

[music] energy transitions because

renewable energy and electrification can

only scale if the grid expands and

modernizes alongside them. And honestly,

I think nuclear energy belongs in the

solar punk conversation, too. That might

sound strange in a solar punk video

because nuclear power doesn't have the

same soft, leafy aesthetic as solar

panels and rooftop gardens. But again,

if the real goal is reliable, lowcarbon

energy, then the conversation can't be

limited to what looks good in concept

art. A serious clean energy system may

involve not just solar and wind, but

batteries, geothermal, hydro, and

nuclear energy working together. So,

when people ask whether solar punk is

realistic, I think the most honest

answer is that some parts of it are,

some parts of it aren't, and the most

useful version isn't the image itself,

but rather the design philosophy. In

terms of what would actually get us

closer to these things, there's a few

priorities that I just want to list out

for you. And I really encourage you to

conduct your own research after this

video or even go into these fields like

urban planning, like ecology, like

agriculture, things where you can make

an impact to create a more solar punk

world in the future. And those

priorities are zoning laws, transit

investment, bike lanes, tree canopies,

district heating, better building codes,

rooftop solar, faster permitting for

clean energy and transmission,

repairable products, circular supply

chains, and more local agriculture. None

of these things are as sexy as a

skyscraper covered in waterfalls and

fruit trees, but they are much more

real. The future will still probably

involve the so-called uglier stuff like

sewage systems and warehouses and

construction workers, power lines,

arguments over funding, stuff like that.

But if the direction is right, the

result could still be a world that feels

radically different from the one we

inherited.

Thank you very much for watching. And if

you've studied solar punk for a while

and I presented information that wasn't

super accurate or you just want to add

something to the conversation, give

people resources, whatever, leave a

comment. I would love to see these

things and to do further research than

this video. And if you enjoyed this

video, you'll probably like all my video

essays on modern issues right here. I

always try to provide solutions and hope

at the end of the video to get some more

autonomy going. realize you can make a

change, can make a difference, and that

we can see a better future, one that's

much better than the dystopia that

people usually depict. So, I'm now going

to go. Goodbye.