#Solar modern reneweable energy

[sanenergysolar]

Illuminating the Future: Solar Panel Manufacturers in Noida

In Noida, the future is bright, thanks to companies like Sanguard Solar. As a leading solar panel manufacturer in Noida, solar street light manufacturer, and solar LED lighting manufacturer, Sanguard Solar is paving the way for a more sustainable and energy-efficient city. With their commitment to quality, innovation, and sustainability, they are indeed a beacon of hope in the journey towards a greener future.

So, whether you're a homeowner, business owner, or a local government representative, consider Sanguard Solar for all your solar energy needs. Embrace the power of the sun and be part of the solution for a cleaner, brighter, and more sustainable Noida.

Contact Now -: http://www.sanenergy.in/

[kcmakhubele]

Top 10 Revolutionary Technologies That Transformed Daily Life

Technology has always been the cornerstone of human progress, shaping how we live, work, and interact. From life-altering communication tools to sustainable transportation solutions, revolutionary technologies have redefined daily life. This blog explores the top 10 revolutionary technologies, their development journeys, and how they’ve impacted modern society. 1. The Smartphone: Redefining…

[jamaicahomescom]

The Future of Jamaican Architecture: Trends and Projections

[techtoio]

The Future of Renewable Energy: Innovations and Trends

Introduction

The need for sustainable energy solutions has reached an unprecedented level of importance.. As global demand for energy continues to rise, the need for renewable energy sources becomes increasingly urgent. Renewable energy not only offers a cleaner alternative to fossil fuels but also promises to meet our energy needs sustainably. In this article, we at TechtoIO explore the future of renewable energy, focusing on the latest innovations and trends driving this vital sector forward. Read to continue link

[ajisaienergy]

Unveiling the Truth: The Four Biggest Myths about Solar Energy

In a world grappling with climate change, renewable energy sources like solar power have taken center stage. However, amidst the growing excitement, some misconceptions about solar energy persist. Let's debunk the four biggest myths and shed light on the true potential of harnessing the sun's power.

At AJISAI Energy & Tion Renewables, we’re not just power providers; we are visionaries of a globe running on sustainable energy. Our headquarters stationed at the heart of Australia - Level 32, 385 Bourke S serves as a portal where ideas convert into effective green energy solutions that redefine how businesses and homes operate. As leaders in the renewable sector, our strategy is twofold: offering immeasurable energy solutions and proactively contributing to a healthier planet.

Myth 1: Solar Energy Is Inconsistent ☁️

Dispelling the Cloud of Uncertainty

Contrary to popular belief, solar power is not just a fair-weather friend. Yes, clouds can reduce efficiency, but modern solar panels are designed to capture sunlight even on overcast days. It's like having a friend who supports you not only during the good times but also when the going gets tough.

Myth 2: Solar Panels Are an Eyesore 👀

Beauty in Green Energy

Ever thought solar panels ruin the aesthetic of a building? Think again. With advancements in design and technology, solar panels now seamlessly integrate into various structures, becoming a part of the architecture. It's akin to adding a touch of sophistication to your home while doing your bit for the environment.

Myth 3: Solar Energy Is Expensive 💰

Crunching the Numbers

While the initial setup cost might seem daunting, the long-term savings from solar energy are substantial. It's an investment in a sustainable future that pays off over time, akin to planting a tree that grows and provides shade for years to come. Don't view it as an expense; see it as a wise financial decision.

Myth 4: Solar Energy Is Only for the Affluent 🌐

Democratizing the Sun

The notion that solar energy is a luxury accessible only to the wealthy is outdated. Government incentives, falling solar panel prices, and financing options make it affordable for the average homeowner. It's time to break the stereotype and embrace solar power as an accessible energy solution for everyone.

Debunking Common Solar Misconceptions

The Consistency of Solar Power

Solar energy isn't dependent solely on sunny days. Modern technology ensures efficiency even during overcast weather. It's like having a friend who supports you in all weather conditions.

Integrating Solar Panels Stylishly

Contrary to the belief that solar panels are eyesores, they now seamlessly integrate into various structures, adding sophistication to your home's design.

Affordability Beyond the Initial Cost

While the upfront cost may seem high, the long-term savings from solar energy make it a wise financial decision—a bit like planting a tree that grows and provides benefits for years.

Making Solar Energy Inclusive

Solar power is not just for the affluent. Government incentives and falling prices make it an accessible and affordable energy solution for everyone.

Read more: Unveiling the Hidden Marvels: Solar Energy Benefits That are Not Commonly Known

Conclusion

In conclusion, let's dispel the myths surrounding solar energy. It's a consistent, aesthetically pleasing, cost-effective, and inclusive solution for a sustainable future. Embrace the solar revolution and contribute to a greener, cleaner planet.

Frequently Asked Questions

Is solar power only effective in sunny regions?

No, modern solar technology works efficiently even on cloudy days.

Do solar panels really increase the aesthetic appeal of a property?

Yes, with innovative designs, solar panels can enhance the overall look of a building.

Are government incentives significant in making solar energy affordable?

Absolutely, incentives play a crucial role in reducing the overall cost of solar installations.

Can average homeowners really afford solar power systems?

Yes, falling prices and financing options make solar energy accessible to a broader audience.

Is the investment in solar energy worth it in the long run?

Definitely, the long-term savings and positive environmental impact make solar energy a wise investment.

Follow more: AJISAI Energy & Tion Renewables homeandgarden pinterest australianplanet au.enrollbusiness callupcontact

[lavendermoonlove]

Imbolc as a Hellenic (longread)

Many of you might know that the Wheel of the Year is an annual cycle with eight sabbats (two solstices, two equinoxes and four fire festivals marking the midpoints between the solar events). This annual cycle was constructed by Wicca and took from older pagan celebrations. Many modern witches, regardless of whether they’re Wiccan, follow the Wheel of the Year, myself included. However, as I am a Hellenic witch, my religion often doesn’t align with the Wheel of the Year. In this blogpost I would like to go into why I celebrate the Wheel of the Year and how sabbats that have strong Celtic roots, like Imbolc, could still be celebrated as a Hellenic.

Why I celebrate the Wheel of the Year As a Hellenic witch it can be hard to try to fit the Wheel of the Year to my deities and practice. For some sabbats, like Ostara and Mabon, it’s easier. I’ve celebrated and perceived the autumn and spring equinoxes way before I became a witch through honouring Persephone, Hades and Demeter. However, Imbolc remains a hard one for me to celebrate through a Hellenic lens. Many might ask themselves, “Why celebrate it all then? Why go through the effort if it isn’t working out for you?”. There are multiple reasons why I try to celebrate every sabbat:

I do feel the energy shifts. For Imbolc for example, I am experiencing the energy shifting towards that of new beginnings, and thus it goes against my natural instincts and senses to not celebrate these energy shifts.

The Wheel of the Year connects me to other (non-Hellenic) witches and makes me feel part of the witchcraft and pagan community. As a solitary witch, my path can feel quite lonely sometimes. However through perceiving and celebrating the sabbats I feel connected to other practitioners of the craft. Therefore it’s worthwhile for me to celebrate the Wheel of the Year as a Hellenic.

The Wheel of the Year aligns with the natural world in my region and the solar and lunar events. My practice goes beyond Hellenism and these aspects of my craft align well with the Wheel of the Year.

How to celebrate Imbolc as a Hellenic🌼 Imbolc is also known as Brigid’s day and thus centred around the Celtic goddess Brigid. If you are like me and you do celebrate the sabbats while also being Hellenic, there are a few adjustments you can make to celebrate Imbolc.

The return of spring🐑 Even though it’s not the spring equinox, Imbolc’s vocal point is the coming of spring. Therefore you can choose to focus on this aspect of Imbolc. This is paired with workings for renewal, new beginnings, protection and cleansing. If you’d like to honour a Hellenic deity for this aspect, you might want to look into honouring Gaia or build an altar for her. She is the Goddess of the earth after all.

Honouring Hestia🕯️ You might want to choose to honour Hestia within this period. Hestia as the Goddess of the hearth shares this aspect with Brigid. Furthermore, Imbolc is one of the four fire festivals. That fire aspect can be embraced through the honour and worship of Hestia. You might also choose to take this a step further and work with Hestia for protections for the home and your loved ones.

Solar aspect☀️ Imbolc also marks the midpoint between Yule and Ostara, proofing to also be a solar event. Therefore you might choose to work with this solar energy embracing those brighter days ahead. This is an excellent time to also honour the Gods Apollôn and Hêlios. Even though most books on Imbolc will not mention them as deities for this time period, they are still Gods who govern over the sun. Whenever there is a sabbat with a solar aspect to it, I choose to incorporate Apollôn. He is a God who has been central to my life since I’ve been a Hellenic and therefore it feels wrong to leave him out of it.

I hope you have a blessed day tomorrow, however you choose to celebrate Imbolc🩵🤎

[reasonsforhope]

"India’s announcement that it aims to reach net zero emissions by 2070 and to meet fifty percent of its electricity requirements from renewable energy sources by 2030 is a hugely significant moment for the global fight against climate change. India is pioneering a new model of economic development that could avoid the carbon-intensive approaches that many countries have pursued in the past – and provide a blueprint for other developing economies.

The scale of transformation in India is stunning. Its economic growth has been among the highest in the world over the past two decades, lifting of millions of people out of poverty. Every year, India adds a city the size of London to its urban population, involving vast construction of new buildings, factories and transportation networks. Coal and oil have so far served as bedrocks of India’s industrial growth and modernisation, giving a rising number of Indian people access to modern energy services. This includes adding new electricity connections for 50 million citizens each year over the past decade. 

The rapid growth in fossil energy consumption has also meant India’s annual CO2 emissions have risen to become the third highest in the world. However, India’s CO2 emissions per person put it near the bottom of the world’s emitters, and they are lower still if you consider historical emissions per person. The same is true of energy consumption: the average household in India consumes a tenth as much electricity as the average household in the United States.  

India’s sheer size and its huge scope for growth means that its energy demand is set to grow by more than that of any other country in the coming decades. In a pathway to net zero emissions by 2070, we estimate that most of the growth in energy demand this decade would already have to be met with low-carbon energy sources. It therefore makes sense that Prime Minister Narendra Modi has announced more ambitious targets for 2030, including installing 500 gigawatts of renewable energy capacity, reducing the emissions intensity of its economy by 45%, and reducing a billion tonnes of CO2. 

These targets are formidable, but the good news is that the clean energy transition in India is already well underway. It has overachieved its commitment made at COP 21- Paris Summit [a.k.a. 2015, at the same conference that produced the Paris Agreement] by already meeting 40% of its power capacity from non-fossil fuels- almost nine years ahead of its commitment, and the share of solar and wind in India’s energy mix have grown phenomenally. Owing to technological developments, steady policy support, and a vibrant private sector, solar power plants are cheaper to build than coal ones. Renewable electricity is growing at a faster rate in India than any other major economy, with new capacity additions on track to double by 2026...

Subsidies for petrol and diesel were removed in the early 2010s, and subsidies for electric vehicles were introduced in 2019. India’s robust energy efficiency programme has been successful in reducing energy use and emissions from buildings, transport and major industries. Government efforts to provide millions of households with fuel gas for cooking and heating are enabling a steady transition away from the use of traditional biomass such as burning wood. India is also laying the groundwork to scale up important emerging technologies such as hydrogen, battery storage, and low-carbon steel, cement and fertilisers..."

-via IEA (International Energy Agency), January 10, 2022

Note: And since that's a little old, here's an update to show that progress is still going strong:

-via Economic Times: EnergyWorld, March 10, 2023

[rjzimmerman]

Excerpt from this New York Times story:

The Energy Department said on Thursday that it planned to offer $22.9 billion in loan guarantees to help eight electric utilities around the country modernize their power grids, add large amounts of renewable energy — and pass along any resulting savings to customers.

The deals amount to one of the biggest commitments ever made by the department’s Loan Programs Office, which under President Biden has already doled out tens of billions of dollars for battery factories and other low-carbon energy projects.

As part of the 2022 Inflation Reduction Act, Democrats in Congress handed the office $250 billion in loan authority to repurpose or replace existing energy infrastructure in order to lower air pollution and reduce planet-warming emissions. So far, the office has used that authority to back efforts to restart a shuttered nuclear reactor in Michigan and to help California’s largest utility upgrade its electric grid.

The new loan guarantees, which still have to be finalized, are even more far-reaching. They are meant to help utilities that serve more than 14.7 million people across 12 states upgrade aging transmission lines or build new ones. Doing so, the office said, would help power companies tap into more wind, solar and hydroelectric power while improving grid reliability.

In Michigan, DTE Electric and DTE Gas would receive loan guarantees totaling nearly $9 billion to install thousands of megawatts of solar, wind and batteries and to replace existing gas pipelines in order to reduce leaks of methane, a potent greenhouse gas.

In the Pacific Northwest, PacifiCorp would receive a $3.52 billion loan guarantee to help build 700 miles of new transmission lines in Idaho, Oregon and Utah, with the aim of using more renewable energy and cutting emissions.

In Iowa and Wisconsin, Alliant Energy and its subsidiaries would receive a $3 billion loan guarantee to add more than 2,000 megawatts of wind power and batteries to the grid. The utility is planning to close a large coal-fired power plant by 2030.

Other recipients include Consumers Energy in Michigan; Jersey Central Power & Light in New Jersey; and AEP, which serves Indiana, Michigan, Ohio, Oklahoma and West Virginia.

[piscesseer]

Honor the Sun: Summer Solstice ☀️

As the warm rays of the sun envelope us, we find ourselves at the Summer Solstice, also known as Litha or Midsummer. This holiday celebrates the sun’s power. 

Summer Solstice is observed on June 21, 2023. This is the longest day of the year, and the shortest night. Litha is about the power of the sun. Before we welcome the dark side of the year, we acknowledge the peak of the solar year. 

Many see Litha as a time of balance between light and dark, masculine and feminine energies, and our realm and the other. It’s a time to connect with nature, and enjoy the company of others.

The sun is shining the brightest on this day, symbolizing the peak of light and the triumph of the sun over darkness. The warmth of the sun gives us a sense of renewed strength and inspiration. It’s a reminder to embrace the abundance of beauty and nature surrounding us.

The Anglo-Saxons brought Litha with them to the British Isles when they settled in the 5th and 6th centuries. The Celts celebrated Litha, with the planting season just passing and wanting to call in a great harvest. It was essential to appease the solar Gods in some way. They would have hilltop bonfires and dancing. Many people would jump over the bonfires for good luck.

Many cultures have honored Gods and Goddesses of the Sun. These deities can be worshiped during Litha.

Some traditions believe in the battle of light and dark, where the Oak King and Holly King fight for control. During each Solstice, they battle for power and the balance shifts. The Oak King, who represents daylight, rules from the Winter Solstice to Litha. During this time, the day steadily gets longer. During Litha, when the Holly King wins, the days get darker until Yule.

Litha Correspondences:

Key Words: Warmth, Manifestation, Love, Light, Fertility, Unity, Success, Strength

Symbols: Sun, Flowers, Trees, Mushrooms, Honey, Bees

Herbs & Plants: Chamomile, Lavender, St. John’s Wort, Rosemary, Sunflowers, Daisy, Oranges

Colors: Gold, Green, Light Blue, Orange, Pink

Animals: Bees, Cows, Horses, Dragonfly, Songbirds

How to Celebrate Litha:

For most modern-day Pagans, Litha is a day of inner power and brightness. Fire rituals and barbecues are a common way to celebrate. This holiday celebrates Earth’s abundance and personal power. 

Decorate the House and your altar. Adorn your altar with symbols of the sun, flowers, herbs and items that represent Litha. Some ideas: gold objects or coins, yellow and white flowers, lavender, circular items, symbols of the sun, seasonal flowers, fruits or crops (strawberries, sunflowers), citrus fruits.

Gather loved ones for a Litha feast, abundant with seasonal fruits, vegetables and herbs. Having a summer barbecue counts! Savor the flavors of the Earth’s bounty and share in the joy of community. As you dine, express gratitude to the land for the nourishment.

Kindling a bonfire is a time-honored tradition of Litha. Traditionally, people stayed up all night on Midsummer’s Eve to welcome and watch the sunrises. Bonfires were lit on tops of hills and at sacred places to honor the Sun. A bonfire represents the Sun at the peak of its strength. People danced and leaped around them. Coals from the Midsummer fire were scattered on the fields to ensure good harvest. Today, you can gather friends and family to hold a Midsummer Night’s Fire Ritual. Celebrate the season with a big bonfire and form a circle around the dancing flames. As the fire crackles, offer gratitude for the sun’s life-giving energy. Release any burdens of negativity into the fire, allowing the power of flames to cleanse or renew your spirit. In addition, you can write these things down and burn them in the fire to symbolically let go of what is no longer serving you.

If you prefer spending your time alone this Summer Solstice, there are plenty of small ways you can celebrate.

Craft a beautiful flower crown using vibrant blossoms or herbs that correlate to the holiday. Wear it as a symbol of your connection to nature.

Take a stroll through a blooming garden, a lush forest, or a sunkissed meadow. Listen to the melody of a birdsong, breathe in the fresh air, and take in the majesty of nature. Allow yourself to be in the present moment, embracing the interconnectedness of all beings. Gather flowers, herbs, or stones that resonate with you to use in rituals or as decoration.

Meditate about the light and dark forces in the world or in yourself. Find ways that you can bring more lightness into your life and get in touch with the joyful parts of life. Journal, do yoga, practice self-care or take a walk. Stargazing is another way to reflect on yourself.

Focus on your goals and nurture your intentions. You should see results in the harvest season. 

Find a natural body of water such as a river, lake or ocean and immerse yourself in the waters, or at least a part of your body. As you do this, visualize negative energies or emotions being washed away. Offer a prayer of gratitude to the water element for its purifying properties. 

Cast spells of fruition. It’s a great time for spells of success, abundance, love, purification, protection and parenthood.

This celebration beckons us to embrace the power of the sun and revel in the abundance of the summer season. Celebrate life, growth, and the eternal cycle of nature. May the blessings of Litha fill our hearts with warmth and inspiration through the year!

For more detail on this celebration, visit this post!

[materialsscienceandengineering]

Stronger, greener superglue: Biodegradable polymer outperforms commercial options

Researchers at Colorado State University and their partners have developed an adhesive polymer that is stronger than current commercially available options while also being biodegradable and reusable. The findings, described in Science, show how the common, naturally occurring polymer P3HB can be chemically re-engineered for use as a strong yet sustainable bonding agent. Adhesives are commonly used in automotives, packaging, electronics, solar cells and construction, among many other areas. Together they make up a roughly $50 billion industry that supports much of our modern life but also contributes to the mounting issue of plastic waste. The paper describes the team's work using experimental, simulation and process modeling to develop a replacement polymer. The project was led by University Distinguished Professor Eugene Chen in the Department of Chemistry. Other partners on the paper include Gregg Beckham at the National Renewable Energy Laboratory and Professor Ting Xu at the University of California, Berkeley and researchers from their groups.

Read more.

[rametarin]

Also. My thoughts on "renewables only."

There are so many people with disgusting ideologies that seem to think renewable energy is a "transformative source" of power. Not just in the sense of electricity, but in whom can own it, and why, and the necessity of it. And, for obvious reasons that it conflicts with their interests, they despise nuclear power.

They despise nuclear power to the tune of calling proponents of it, "tech bros," and imagine it as just an outgrowth of fossil fuels. Yeah, it's them. Those people that think anything that isn't their view must all be patriarchal Nazis, again. These ones have no reason whatsoever to want the ignorance against nuclear power mopped up and fixed in the public image, they deliberately maintain scare tactics and selective allowance of prejudice and ignorance, because it allows them uncontested access to the renewable energy niche.

I myself am a large proponent but inaccurate to say I'm an advocate for renewables such as solar, wind and geothermal. I'm a big believer in them as energy sources, because until the sun explodes and the winds stop blowing, they'll be reliable sources of electricity.

However, I will not accept a future wherein we only clear the way for renewables and do not make room for domestic and privately owned nuclear power plants. That is a recipe for disaster. As France and Germany's contrast has proven, the forced and premature attempt to go to 100% renewables failed so hard, Germany had to go back to its coal mines in order to continue with industry. France maintained its nuclear power.

As a result, France enjoys cleaner air, less carbon, less carcinogenic particles, and cheaper electricity prices.

You damned fools. You ideologically driven fools. Motivated not by practicality and pragmatism and what is wise and reasonable, but by principle. You self-righteous, fucking assholes.

Renewables absolutely, undeniably, certainly have a place in a modern energy grid, as supplements. They cannot handle base load power necessities as easily as a constant and reliable source, like a nuclear power plant. And even if you factor in fatalities from that god damned Soviet embarrassment in Ukraine in the 80s, the nuclear power industry is neck in neck with the safety of renewables, as an industry. That's including all conceivable cancer victims you could attribute to nuclear power.

And this is why I will not stand by and advocate solely for renewables while the people that hate nuclear sandbag it and let it sit neglected and only advocate for "societally transformative" sources of power, that the state can employ. Because they feel energy is too "capitalist." To them, fossil fuels that aren't nationalized represent capitalism. That's why they despise nuclear power.

But I will attest that there's nothing wrong with renewables themselves, it's just I won't advocate for them unless and until nuclear power is destigmatized. It is MORE valid than solar and wind, because nuclear can be tapped at any time, the waste does not last forever, and for the amount of waste we generate, we could power the entire estimated future of the world for centuries.

Once the people that should know better are willing to swallow their pride and acknowledge that their fears are akin to hating industry at all because of the "risks" of catastrophe and what they might entail, then I'll be more willing to advocate for solar, wind and geothermal. Having more nuclear power be common and destigmatized is a GOOD thing, and should be a nonpartisan thing anyone that is concerned about access to electricity and power should care about. More and better power plants to service more areas, be they wealthy or poor, is a good thing. Clean power is a good thing. Distributed power so we have more sources in case one goes down, is a good thing.

You can even bury the nuclear power plants so they exist in subterrainian bunkers, out of sight, out of mind, their own tombs if they go supercritical. Not that modern plants would, given pebblebed reactors and a multitude of other designs meant so tragedy like what happened in Chernobyl never happens again.

For some people, the color green is just inverted red. Shame on you rose symbol swinging losers.

[ultimate-worldbuilding]

CITIES

A full list of what a modern / sci-fi city needs. You can incorporate many elements into your fantasy city as well. Of course you don't need this many things, but sometimes it can help your story if you understand and think about how your world works.

Electricity and energy resources

If your city has electricity, or anything similar to it, it's worth considering where this energy comes from. Is it renewable energy, or not? Is it something else entirely? (Is it magic?) These buildings and facilities are usually located on the outskirt of cities.

Windmill Location: Flat planes, maybe even deserts. Tailor it: break up the structure of a today's windmill: e.g. what if they are way bigger, or people live in it, etc

Nuclear Power Plant Location: Anywhere, in space, under the water, in the sky, inside the terrain. Prompts: What about accidents? Secret labs inside the plant?

Storm Power Plant Location: Almost anywhere, in the sky, in space, on space ships, planes, etc. Further ideas: tornados, harvesting lightning, harvesting the power of the wind with fortified windmills, sun storms in space.

Water related power plants Using the energy of a flowing river,sea waves, or even a vortex.

Burning power plant Burning trash, coal, diesel, gases or your world's fuel. This can be very polluting in your world, which can add up to your worldbuilding: green activist wants this plant closed, people getting sick aournd the plant, etc.

Geaothermal Power Plant Using the planet's heat to generate energy. You can put this anwhere on your ground or under.

Solar Power Plants These need a lot of place. If you are also making a map, be sure to add these on places where they actually get sunlight. (Don't put them on the north side of a mountain.) prompts: what if somebody covers them on purpose?

Health, Life and Death

All health and mental health related facilities (even for pets). Tailor these to your worlds problems, diseases and conditions (e.g. cyberpsychosis in Cyberpunk 2077) You can put these fqacilities, together, or even in a very different location, for example a floating private clinic above the city. You can even use virtual worlds as a twist.

Hospitals and clinics General hospitals, clinics and private ones.

Doctor's office

Ambulance station

Cyberware repair clinic

Drug Rehabilitation Centers

Vets Vets for people's pets, you can even add robot vets, for robot pets.

Nursing Homes Home for the elderly.

Asylums Home for people with serious mental health problems.

Pharmacies Are these private? Are there black market versions? What medicines can you buy here?

Dentist Promp questions: Are there any unique procedures? Do people's teeth are different? What about dentists for different species?

Sanatorium These usually are in the nicest parts of a city in the outskirts. They do have big gardens too. It can be even in space too, or even virtually.

Morgue Story tips: you can include a place like this for investigations or horror elements.

Cemetry Before diving deep into this one, state how your people bury their loved ones. The method the whole cemetry. Here are some burial types from the world:- Leaving the body in nature (or space)- Embalming, and preserving- Leaving in water (or space), or let it sail away on a ship- Burning the body (by fire, or by sunfire), and placing the urns in a sacred place (space, ground, buildings, etc.)- Buring the body under ground

Crematorium Used if your people burn bodies.

Quarantine zone

Misc Essentials

As these are essentials, they can be targets in a conflict. This can help your story further.

Fire station

Water tower (and storage) If it doesn't come from a pshysically higher place.

Server buildings

Lighthouse

Transportation and Travel

Transportation can change a lot in a scifi high tech world. I often grab a real concept and put into a different enviroment. Train? Space - Train. Jetski? Sun wave - jetski.When building transportation, think about:- where these vehicles are stored- where you can access the service,- who repairs them and where- where do they go when they are no longer used. These types of transports all have office centers, and they are usually different corporations and companies.If the parking lots or hangars are abonded, it can be a place where homeless people gathered, and live.

Bus stations, depot, stops and repair garages

Spaceship (or airplane) ports, hangars and repair hangars Don't forget to add ports and hangars for military, trading and public transport spaceships.

Metro stations, metro depot

Taxi stations, depot

Ship ports On rivers, sea, ocean, or the sky. (for flying ships but not spaceships.) Don't forget to about military, trading and public transport. These ports can be just platfroms.

Parking lots Multi storey car park.

Rental Renting the vehicles you have in your city, spacehips, cars, ships, etc.

Travel agencies

Fuel stations gas stations for cars, taxies and buses, and fueal stations for spaceships, and ships.Prompts questions: Where are these located? Is there possibility of shortage?

Package receiving point (or drop point)

Warehouses (personal, corporations, cars, etc)

Housing & Homes

Housing is an interesting part of building a city. I advise you to look around in your enviroment, and in the world how people live in different countries. You can always twist these ideas by putting them into a different enviroments (e.g.: shipping containers as living space, in a frosty enviroment, and people use fur to cover the insides for insulation.)

Luxury flats, and houses

Middle class flats, and houses

Lower class flats, and houses

Huge flat blocks (all are the same, available for all classes)

Prebuilt houses (all are the same, available for all classes)

Houses made of different elements You can vary as you want, example: Mass Effect colonies

Shipping containers as homes

Discarded vehicles as homes

Shelters For people, sentient robots, animals, robot animals.

Hotels

Motels

Food and Plants

Questions: Where does food come from in your city? Is it from outside of the city, or does it have some facilities to create food? Where does that food go? How is the food situation in your city? Do people make food at home, or order, or eat prepackaged food?

Grain Processing Plant

Crop fields If you have crops, is there a fungi or incest that is destroying crops? Or an organization?

Restaurants

Cafés

Drive-ins

Fast food restaurant chains

Bakery

Pastry Factory or any factory that makes food that is in everybody's lives, out of the plant the city has on its crop fields.

Food Packaging Factories

Food Processing Plants

Green houses

Nature reserve

Plant nurseries

Ranches for livestock

Slaughterhouses (or syntethic meat producing facilities)

Pastures

Brewery What type of alcohol does the people drink? What are they med of? Are there traditions related to them?

Education, Science & Knowledge

What general education system does your city have? What subjects are there? At what age do usually people finish their studies?

Elementary school

Kindergarten

High School

University

Music School

Library

Science center

Research Facility

Museum

Conservatory

Entertainment and Services

Entertainment and Services are a big part of every day lives. How much fun people have in this city? How much time do people have? Does this have black and extreme sides? Are there regulations in place? Is there a disctrict just for party time or doe poeple do this all around the city?

Ferris-wheel

Bars and Pubs (eg. Vape Bar)

Skating rink (ice, scifi ice skate, etc)

Brothel

Arcade

Arena / Stadium (depends on the setting, and nature of the events held here)

Stripper bar

Dance studio

Barber

Beautician Explore every aspect, different species, and cyberware (if you have these in your world)

Gym

Amusement park

Spa

Aquapark

Fighting rings People, robots, animals, etc. Where is this ring? Are these illegal?

Aquarium

VR café

Circus

Theatre

Zoo

Bowling alley (or any other alley for this type of entertainment)

Racetracks Animals, robots. How much of are these legal? Are there any bets placed on the racers?

Communication

Where do people get their information? Is there internet in your city? What happens when somebody disrupts communication on purpose? Does people/ the government / corporation manipulate the media?

Post office

Media studios TV, Internet, Talk shows, VR, whatever media your cuty uses.

Radiotower

Community centre

Employment agency

Open Spaces

Where people can organize events.

Forum, Square You can include a statue or a monument.

Park (It's scifi or fantasy, you can add floating parks too.)

Skate park (or any other equivalent of extreme sport park in your world, e.g. solar surf park)

Religion & Politics

What religion do people practise? Are there any banned religions? What sacred spacse do they need for that? Are there any districts heavily influenced by one religion? Are their beliefs go against the city council's views? Is religion and politics are connected or not? How do religion and politics influence each other?

Parlament/city council

Mayor's office

Convent

Oracle

Religious spaces Buildings, parks, monuments

The Force and the Law

Military , Police and Law. Do these mix with religion or not?

Military headquarters

Military training centre

Military base

Shooting range (or archer range)

Police Station

Jail & Prison

Military vehicle and gadget repair

Courthouse

Lawyer's office

Market & Financies

What currency does your city use? Are there any undergound currencies? What items and resources can be currencies?

Bank

Shop franchises Apparel, jewelry, furnishing, stationery

Broker's office

Armor shop

Cyberware (or body enhancment) shop

Weapon shop

Market (farmer's , junk, flee, vehicles, etc.)

Black Market

Drug Den

Malls

Corporate Shops (workers can pay from their own salary)

Building & Production

What do people need? Is there a shortage of certain types of products, or oversaturation and overproduction?

Factory: Electronics devices

Factory: Furniture and cutlery

Factory: Home gadgets

Factory: Weapons

Factory: Military equipments

Factory: Vehicles Cars, spaceships, flying cars.

Mining operation

Construction Site

Waste

What types of wastes are produced in your city? Where do they go?

Sewage system Pipes, old pipes that are no longer in use, cisterns. Are there any people living down here?

Junkyard Regular junk, old spaceships, broken cars, broken machines, broken robots. Do people live here or not?

Selective Trash Sorter Facility If your city recycles.

[kingme1002]

Which is better for the future hydrogen or electricity:

Hydrogen's Role in Humanity’s Future

1. Decarbonizing Hard-to-Electrify Sectors:

Hydrogen can power heavy industries (e.g., steel, cement), long-haul aviation, and shipping, where electricity struggles due to storage or energy density limitations.

It can replace fossil fuels for high-temperature processes and serve as a feedstock in industries like ammonia production.

2. Energy Storage and Transport:

Hydrogen enables large-scale energy storage, balancing intermittent renewable sources like wind and solar.

Its ability to be transported over long distances (e.g., pipelines, shipping) offers global energy-sharing possibilities.

3. Environmental Potential:

Green hydrogen (produced from renewable electricity) can drastically reduce greenhouse gas emissions in sectors currently reliant on fossil fuels.

---

Electricity’s Role in Humanity’s Future

1. Direct Use for High Efficiency:

Electricity is the most efficient energy carrier for applications like residential power, heating, and most forms of transport (e.g., electric vehicles).

Advances in grid infrastructure, battery technologies, and renewable energy integration enhance electricity's scalability.

2. Widespread Applicability:

Electricity is already foundational for modern society and critical for digitalization, healthcare, and communication systems.

3. Immediate Decarbonization Potential:

Accelerating the shift to renewable electricity can rapidly lower emissions, given that most global energy grids are already partially electrified.

---

Humanity’s Ideal Future: A Synergy

The future isn’t about choosing hydrogen or electricity—it’s about leveraging their complementary strengths:

1. Electrify Where Possible:

Prioritize direct electrification for residential, commercial, and short-distance transportation sectors, as this minimizes energy losses.

2. Use Hydrogen Strategically:

Focus hydrogen on sectors that are hard to electrify, large-scale energy storage, and global energy transport.

3. Develop Both Sustainably:

Scale renewable energy (wind, solar, hydro) to power both direct electrification and green hydrogen production.

---

Which is Better for Humanity?

Electricity is humanity’s immediate solution for decarbonization, due to its efficiency, infrastructure, and versatility.

Hydrogen is humanity’s long-term ally for achieving a fully decarbonized world, particularly in sectors electricity cannot easily reach.

A sustainable future will likely rely on a hybrid energy ecosystem, with both hydrogen and electricity playing essential roles in creating a cleaner, fairer, and more resilient world.

[archive-of-artprompts]

🤘Punk!🤘 Send in a character/s + number to reimagine them in that Punk style

 (list from tv tropes 📺)

Atom Punk - A sleek, futuristic setting with "Atomic Power" logos on everything; popular in the 1950s, 1960s, or early-to-mid 1970s.

Bio Punk - A gritty, futuristic setting with heavy biotechnology-inspired elements.

Cape Punk - Realistic, deconstructive takes on the superhero genre.

Cattle Punk - The Western with steampunk elements.

Cassette Futurism - A futuristic setting built on late 20th century analog technology.

Clock Punk - Widespread use of clockwork-like technologies and machinery beyond simple clocks, often in a Renaissance/Baroque era setting.

Cyber Punk - A dark and cynical genre based on the impact of advanced computer technology on society, often as a tool for corporate or governmental oppression and resistance towards it.

Desert Punk - A sci-fi world set in a desert.

Diesel Punk - A retro-futuristic setting based on early 20th century technology.

Dungeon Punk - A dark and gritty world where spells, enchanted artifacts, and magitek take the place of modern technology.

Fantastic Noir - Film Noir mysteries with a fantasy or sci-fi twist, popularized in The '80s.

Gaslamp Fantasy - 19th century Steampunk settings with fantastical magic instead of technology.

Gothic Punk - A modern, fantasy setting which heavily draws on Gothic Horror elements.

Gunpowder Fantasy - Fantasy works based on the early modern period, roughly spanning The Renaissance through The Napoleonic Wars, i.e. the 15th to very early 19th century.

Myth Punk - Classical folklore and fairy tales rewritten with darker, postmodern elements.

Ocean Punk - Modern fantasy or speculative fiction set at sea, often drawing on elements from the age of Wooden Ships and Iron Men.

Sandal Punk - Science fiction set in the Bronze Age up until the Middle Ages, usually drawing on Ancient Greece/Rome and the Middle East (for Biblical stories).

Scavenged Punk - Culture and technology built out of scavenged junk.

Solar Punk - A futuristic setting based on renewable energy and sustainability.

Steam Punk - A retro-futuristic setting with steam power as the basis for advanced technology, generally with a late 19th century aesthetic.

Phlebotinum-Induced Steam Punk - Advanced technology run on rare or magical materials.

Stone Punk - Modern inventions and technology but made with Stone Age materials.

Tesla Punk - Lightning-based technology attributed to Nikola Tesla's alleged scientific genius.

Urban Fantasy - Fantastical elements in a modern setting.

[mybeingthere]

A great woodcut by Hungarian artist

István Csákány: Erecting (2008) in Ludwig Museum I have recently visited in Budapest.

The note in the museum:

"István Csákány found himself in the role of “worker” several times both during his years attending art school and afterwards. In order to make a living, he did manual labor at construction sites and renovations. This proved useful later, because knowing hands-on techniques was integral to creating some of his later work (e.g. oversized installation pieces), but it also proved meaningful in the sense that the experience gave him a sort of theoretical foundation to think about the current state of the working class and the worker, and to reflect on monuments erected in the past to commemorate the worker and their reading in a contemporary context. Csákány erected a public sculpture titled Monument to a Monument in 2008 in Žilina, Slovakia. The “base” of the statue is a gigantic, out-of-service lamp post that had been originally installed in the 1980s to illuminate an oversized intersection. The artist modeled the statue after himself, and commissioned a crane to hoist his slightly larger-than-life-sized likeness made of colored synthetic resin to the top of the lamp post. Dressed in workwear and wearing utility gloves, the figure holds a functioning solar panel above his head, and the renewable energy collected during the day is then used to illuminate the statue situated 20 meters above ground during dark hours. The woodcut was created based on a photograph documenting the installation process, and it captures the moment when the “real” workers grab the statue to make it stand on its feet. The background is a typical panorama of the outskirts of a Eastern European city: apartment blocks, overpasses, traffic signs – symbols of modernization and urbanization that have by now lost their sheen, which are themselves in some way monuments to the past regime. K.Sz."

[ajisaienergy]

Solar Surpasses Wind: A Bright Turn in Australia's Energy Landscape

Australia, known for its vast landscapes and scorching sun, has witnessed a remarkable shift in its energy dynamics. The sun, once merely a source of light and warmth, has now outshone its breezy counterpart, wind, in the realm of power generation. Let's embark on a journey through this solar evolution, exploring how it has surpassed wind energy and illuminated a sustainable future for Australia.

Our green energy initiatives are not tied down to merely harnessing solar or wind power but in sparking human consciousness towards greener alternatives. With ground-breaking advancements in battery technology and grid-level energy storage solutions, we aim to make renewable power an everyday reality. A quest that fuels our untiring commitment at AJISAI Energy & Tion Renewables - shattering boundaries and lighting up lives with emanated rays from nature's own resources.

The Rise of Solar Energy

Solar energy, once a niche player in Australia's power game, has risen to prominence, capturing the imagination of households and industries alike. The abundant sunlight across the continent has made solar panels a common sight, adorning rooftops and open fields.

Winds of Change: Australia's Wind Power Era

Wind power had its heyday, with towering turbines spinning gracefully across the Australian landscape. However, recent times have witnessed a shift, as solar energy takes the lead in the renewable energy race.

Solar's Surpassing Efficiency

In the quest for efficiency, solar panels have become more adept at converting sunlight into electricity. The efficiency of solar technology has surpassed that of wind, making it a more reliable and viable source of power.

Harnessing the Sun: Solar Technology Unveiled

The technology behind solar energy has evolved significantly, with innovations like photovoltaic cells and concentrated solar power systems. These advancements have propelled solar energy to the forefront of the renewable energy revolution.

Wind Energy Challenges and Limitations

Despite its grace, wind energy faces challenges such as intermittency and geographical limitations. Solar, with its consistent exposure to sunlight, has overcome these hurdles, making it a more dependable energy source.

Environmental Impact: Solar vs. Wind

In the battle for environmental friendliness, solar emerges as a cleaner option. The manufacturing and maintenance of solar panels have a lower environmental footprint compared to the massive structures and manufacturing processes associated with wind turbines.

The Economic Aspect: Solar's Cost Efficacy

As technology advances, the cost of solar panels has steadily declined, making solar energy more economically viable. This cost efficiency has played a pivotal role in its widespread adoption across Australia.

Government Initiatives Driving Solar Growth

Government initiatives and policies promoting clean energy have bolstered the solar industry. Incentives, subsidies, and supportive regulations have paved the way for a solar-powered future.

Community Adoption: Solar Panels on the Rise

Communities are embracing solar energy, not just as a means to cut down on electricity bills but as a collective effort towards sustainability. Rooftops adorned with solar panels signify a community-driven commitment to a greener future.

Future Trends: What Lies Beyond for Solar

The future holds exciting prospects for solar energy. Advancements in energy storage technology, grid integration, and innovations in solar panel efficiency promise an even brighter tomorrow.

Read more: 10 Benefits of Wind Power Renewable Energy in Australia

Addressing Concerns: FAQs on Solar Dominance

FAQ 1: How did solar surpass wind in Australia?

Solar's ascendancy in Australia can be attributed to advancements in technology, consistent sunlight availability, and government support. The efficiency of solar panels and their decreasing costs have made them a preferred choice for both individuals and industries.

FAQ 2: Is wind power still relevant?

While wind power remains relevant, the spotlight has shifted towards solar due to its increased efficiency, lower environmental impact, and cost-effectiveness.

FAQ 3: What are the environmental benefits of solar?

Solar energy is environmentally friendly, producing no emissions during operation. The manufacturing and maintenance processes, though not entirely without impact, are generally considered less harmful than those associated with wind energy.

FAQ 4: How does the government support solar energy?

Governments support solar energy through incentives, subsidies, and favorable regulations. These measures encourage individuals and businesses to invest in solar technologies, fostering a sustainable energy landscape.

FAQ 5: Can individuals contribute to the solar revolution?

Absolutely! Individuals can contribute by installing solar panels on their rooftops, reducing their carbon footprint, and advocating for sustainable practices. Small actions collectively lead to significant positive impacts on the environment.

In conclusion, the sun has risen not just in the sky but also in Australia's energy hierarchy, overshadowing wind power with its efficiency, economic viability, and environmental benefits. As solar panels dot the landscape, they symbolize not just a shift in energy sources but a commitment to a cleaner, brighter future for Australia. Embracing solar energy is not just a trend; it's a step towards a sustainable tomorrow.

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