Despite a $20 Billion Deal for A Transition to Clean Energy, Indonesia Plans to Construct Coal Plants.!

Thanks to Hans Nicholas Jong

  • The Indonesian government will still permit the construction of new coal-fired power plants, despite recently signing a $20 billion energy transition financing deal with industrialized countries.
  • The plants are accommodated in the government s 10-year energy plan and covered by a presidential regulation.
  • The newly announced Just Energy Transition Partnership (JETP), by contrast, doesn t make clear what restrictions if any, it puts in place on Indonesia building new coal plants.
  • Activists have called for a complete ban on new coal power so that a just energy transition can happen as envisioned in the new climate finance partnership.

Despite a recent $20 billion agreement with the G7 group of industrialized countries to aid it in its transition to sustainable energy, Indonesia will keep constructing new coal-fired power facilities.

Activists claim that this puts the Just Energy Transition Partnership agreement, which was signed at the G20 conference that Indonesia hosted earlier this month, in danger of disintegrating before it even gets off the ground.

According to Andri Prasetiyo, a researcher at Trend Asia, a Jakarta-based charity that promotes the transition to sustainable energy, JETP in Indonesia runs a significant danger of failing in its attempt to decarbonize [Indonesia’s] power system. This is due to the government’s ongoing deployment of conflicting signals in the energy transition by failing to provide a firm timeline for halting the development of new coal-fired power plants.

Indonesia will strive to cap its emissions from the power sector by 2030, earlier than the planned objective of 2037, and to produce 34% of its electricity from renewable sources by that year, under the agreement, the single largest climate finance cooperation to date.

The construction of new coal plants, which have already been tendered out and have a combined 13 gigawatts of power, will nevertheless be permitted by the Indonesian government. The program is described in the nation’s ten-year energy plan for 2021–2030. Importantly, a law released in 2022 by President Joko Widodo permits the development of captive coal plants, which are created expressly to supply specific sectors rather than the grid.

According to a joint statement from Indonesia and its JETP partners, which also include the G7 and Denmark, and Norway, they want to limit the construction of captive coal-fired power plants in accordance with the 2022 presidential directive. They say that the cooperation must continue if no new coal plants are built in areas where timely, emission-free, cost-effective, and dependable alternatives can be found. The alliance also calls for the creation of a plan to prevent the creation of new coal-fired power plants and to identify investments in renewable energy as captive-coal alternatives.

Read More: Findings from New Study Reveal the UK’s Greenest City Centers.!

The Indonesian Center for Environmental Law’s program director, Grita Anindarini, claims that any constraints the JETP imposes on captive coal are still unclear (ICEL). She urged the Indonesian government to change any rules and guidelines that continue to support the development of additional coal power and obstruct the just energy transition envisioned in JETP. The construction of new coal power plants is expressly permitted, according to the 2022 presidential rule, according to Grita.

Behind behind China, the United States, India, and the entire EU, Indonesia was the fifth-largest emitter of greenhouse gases in the world in 2019. Deforestation and coal combustion, which account for 61% of the nation’s energy generation, are the main sources of its emissions.

Since Indonesia’s economy is the largest in Southeast Asia and ranks 17th globally in terms of nominal GDP, it is expected that emissions from the electricity sector would continue to rise. In particular, it is anticipated that captive coal for industrial parks will expand by 9.5 gigawatts to support the nation’s mineral-processing sector, which includes the production of the nickel used in electric vehicle batteries.

Read More: In the First Three Quarters of 2022, Renewable Energy Sources Produced Around 25% of The Country’s Electricity.

The problem with captive coal plants almost prevented the JETP from being realized. The main issue impeding the JETP deal, according to sources from the EU’s diplomatic staff for the Council of the EU, was a 5 GW captive coal power plant in Indonesian Borneo. The donor organization stated that the contract would be off the table if that project went forward.

With the agreement in place for the time being, Indonesia and the donor nations must create an investment plan over the following six months that includes information on where the financing will come from and how it will be used.

According to Grita from ICEL, this investment plan should be more specific than the initial joint statement about restrictions on new coal plants.

The public should also be consulted in the creation of the plan, especially communities that may be impacted by the energy transition program, according to Tata Mustasya, coordinator of Greenpeace Indonesia’s climate and energy campaign.

According to him, JETP must always be conducted in an open, participatory, and responsible manner if it is to meet its objectives.

Read More: The World Cup: Is It Truly Carbon Neutral?

Even when their plants are shut down as part of the partnership, the investment plan, according to Grita, should ensure that coal plant operators are held accountable for the harm they have caused to populations living nearby.

She claimed that numerous coal plants had hurt people as well as impacted the environment. The [Indonesian] government must ensure that the funding plan doesn’t eliminate the obligation of plant owners to restore the environment and settle disputes, particularly with impacted populations.

In the First Three Quarters of 2022, Renewable Energy Sources Produced Around 25% of The Country’s Electricity.

So far, 2022 has been a successful year for renewable energy in the United States.

In its first nine months, renewable energy sources generated more electricity than coal and nuclear combined, according to data from the U.S. Energy Information Administration (EIA) analyzed by the SUN DAY Campaign.

According to Ken Bossong, executive director of the SUN DAY Campaign, renewable energy sources easily outproduced coal and nuclear power during the first three-quarters of 2022 by 15.52% and 28.25%, respectively. In reality, over the previous half-decade, the mix of renewables has surpassed coal and nuclear to take second place among electrical-producing sources, moving them from fourth to second.

The research was based on the EIA’s Electric Power Monthly report, which was released the day before Thanksgiving and included data up to September 30. It was discovered that during the first nine months of 2022, a total combination of renewable energy sources—including wind, utility- and small-scale solar, hydropower, geothermal, and biomass—generated 22.66 percent of the country’s electricity. For the first nine months of 2021, this was up from 20.33 percent.

In general, renewable energy sources performed 15.44% better than they did the year before. Additionally, the report provided a breakdown by electricity source:

  1. Wind increased by 18.64 percent, generating nearly 10 percent of all electricity.
  2. Solar increased by 25.68 percent and accounted for 5.01 percent of the total electricity mix.
  3. Hydroelectric power increased by 7.98 percent and made up 6.29 percent of the total.
  4. Geothermal grew by 6.95 percent.
  5. Biomass decreased by 1.12 percent.

Read More: The World Cup: Is It Truly Carbon Neutral?

The results follow the EIA’s prediction that renewable energy will supply 22% of electricity until the end of 2022 and 24% of electricity in 2023, primarily due to an increase in wind and solar capacity.

Since wind, hydropower, and wind generation all decreased in relation to September of 2021 and since renewable output for this September was only up by 1.45% compared to the same month last year, Bossong said the September data suggested that renewable output could fall to at or below that prediction by the end of the year.

According to Bossong, the EIA has been predicting for some time that renewable energy sources will account for 22% of U.S. electricity generation in 2022, up from 20% a year earlier. Although they are currently ahead of that mark, a slowdown in wind and hydropower generation over the final quarter of this year might cause renewables to fall short of that goal while still exceeding their record output from 2021.

Read More: Innovative Company Wants to Drill 10 Miles Down to Replace Fossil Fuels With Geothermal Energy

According to E&E News, if they do achieve the 22 percent forecast, it will be higher than the 20 percent forecast for coal and the 19 percent forecast for nuclear. In the United States, the last time renewable energy topped coal was in 2020, a year that was notable for the decline in demand brought on by the coronavirus lockdowns.

Renewable energy experts now have faith that the investments made under the Inflation Reduction Act (IRA) will continue to increase capacity in the future.

According to Steve Cicala, an economics professor at Tufts University, the essential thing is that it keeps expanding and that we install more capacity and produce more energy from renewable sources. This is significant since it will result in less generation using fossil fuels.

 

Illegal Backyard Coal Mining Increases in Poland as Energy Anxiety Eclipses Concerns About Health and The Environment.!

According to Bloomberg, Poland’s backyard coal mining is on the rise again as a result of the global energy crisis brought on by Russia’s conflict in Ukraine and Europe’s reliance on the authoritarian regime of Vladimir Putin’s methane gas supply.

More than 75 percent of all coal-heated homes in the EU are in Poland, where 37% of families use coal to heat their homes despite the serious health concerns (and climate impacts).

Poland also has a lot of readily available coal, sometimes only a metre beneath, and when unemployment in (previously legal) coal mining districts is as high as 12% and people are burning garbage for heat, “artisanal” (illegal) coal mining pays the bills and keeps homes warm.

In just half a day, a four-man crew in Walbrzych may dig up coal worth 1,000 zloty ($220), which is more than half the typical weekly wage. Grzegorz, who declined to disclose his last name, told Bloomberg that we will continue to drill here as long as coal could be extracted. After then, a fresh pit will be dug.

Read More: Innovative Company Wants to Drill 10 Miles Down to Replace Fossil Fuels With Geothermal Energy

To Delve Farther Further:

Bloomberg

You may subscribe to daily Hot News, follow Climate Nexus on Twitter and Facebook, and visit their news website, Nexus Media News, for additional information on climate change and clean energy.

High Costs of Fossil Fuels Force Families to Choose Between Heating and Food.!

Freeport LNG currently claims that some liquefaction operations will start in December and that complete operations won’t start until March. The company had stated it would get its LNG facilities back online in October following a significant explosion in June, a timeframe that has been repeatedly postponed.

The facility was responsible for nearly one-fifth of all U.S. gas exports, and the quick decline in methane gas prices following the initial explosion and any delays shows how much LNG exports are contributing to the increase in methane gas prices.

In the last two years, the cost of heating a home in the United States using fossil fuels has soared, forcing families to choose between heating their homes and putting food on the table while oil firms have achieved record profits.

Read More: Registrations of EVs Go up By 57%.

50 or 55 degrees are present inside. Tim Wiseley, a 67-year-old retiree living off of Social Security benefits on a month-to-month basis, told CNN that he finds his home south of Philadelphia tolerable and that he won’t turn on his furnace until his “teeth clatter.”

As COVID stimulus funds run out, federal heating assistance programs will have 42% less money to give out this winter. Wiseley described the sensation as being awful. I wouldn’t want that sensation on anyone.

Read More: Perhaps Foldable “casitas” Could Aid in The Reduction of Emissions from The Construction Industry!

To Delve Farther Further:

Houston Chronicle, E&E, OilPrice, and Politico Pro; CNN and NBC for heating prices

You may subscribe to daily Hot News, follow Climate Nexus on Twitter and Facebook, and visit their news website, Nexus Media News, for additional information on climate change and clean energy.

Perhaps Foldable “casitas” Could Aid in The Reduction of Emissions from The Construction Industry!

Unfavorable information regarding the building and construction sector was released by the UN Environment Programme during the ongoing COP27 climate conference in Sharm el-Sheikh, Egypt: According to the Global Status Report for Buildings and Construction published in 2022, emissions from the building and construction industry reached record highs in 2021, accounting for about 37% of all carbon dioxide emissions worldwide from energy and industrial processes. This put the industry even further off course from its 2050 goal of decarbonization.

However, certain participants in the housing industry are setting an example for a more sustainable, energy-efficient manner of operating. As an illustration, the Las Vegas-based business Boxabl intends to make new homes and structures as efficient as vehicles one day.

According to Boxabl’s founder Galiano Tiramani, the company wants to significantly lower housing costs by integrating building construction with assembly-line manufacturing. We believe there is a tremendous chance to move away from manual construction and toward adopting the same manufacturing methods that we do for all of our other contemporary items.

The Casita, a 20 by 20-foot accessory dwelling unit, is the company’s first attempt into assembly-line housing. According to the corporation, it had its initial testing at the beginning of 2020 in Las Vegas. It has a bathroom, living room, and kitchen. Box predicted that the studio-sized homes would cost constructors $50,000 in 2020 and renters up to $250 per month, but the website now states that it is unable to provide a price guarantee for the Casitas. This is due to the high demand, which makes it difficult to estimate material costs when consumers order a Casita today and may not receive it for a year.

Box continued to claim that the apartment was a more cost-effective living option. According to a Benzinga story from October, more than 100,000 customers have already reserved Casitas, which is more than the business can now create in many years. Elon Musk, co-founder and CEO of Tesla, maybe the most well-known owner of a Casita. He spent $50,000 on a prototype, which he erected at the SpaceX testing facilities in Boca Chica, Texas.

For a number of reasons, according to Box, the Casita is a more environmentally friendly home option. The materials are one.

According to Tiramani, who spoke to the Mesa Valleys Progress, our homes are more energy efficient than typically designed homes because of the building materials we utilize.

The insulation and design are other factors.

According to the website, Boxabl structures are exceptionally energy-efficient. This is a result of the building’s tight building envelope, high R-value insulation, and minimal thermal bridging. The fact that they are made to fold up simply for shipping and then unfurl to put up in about an hour is the third consideration.

According to the website, this innovation makes transportation more cost-effective, efficient, and environmentally friendly than any other business process. Since house size is a significant barrier to efficiency, tiny dwellings in general have been promoted as a climate solution.

Simply put, you should construct as little as possible to meet your needs, and avoid having a basement if at all possible, The University of Toronto Engineering News was guided by Shoshanna Saxe, a professor in the Department of Civil and Mineral Engineering at the University of Toronto.

Read More: Solar Company Will Build Puerto Rico’s First Virtual Solar Power Plant.!

The market for tiny homes is expanding at the same time that home prices are rising. According to data from Redfin Corp., the median price of a home in the United States in August was $406,074. According to this forecast, the market share of tiny homes would increase by from 2021 to 2026 by $3.57 billion.

The small house movement, particularly in large cities with high land costs, has drawn some criticism from some who claim it isn’t the most effective use of available space. A greener alternative that can accommodate more people in the same high-demand location is housing complexes that are more densely populated.

Microunits, tiny homes that can be as small as 200 square feet, are a suitable option for massive, dense housing projects. However, as Dylan Matthews reported for Vox, tiny dwellings are ultimately a dead end in the quest for cheap housing.

This Solar-Powered SUV for $25,000 Is Coming to The U.S.!

SUVs are frequently associated with gas-guzzling extravagance. The UK’s climate campaigners have even started deflating the tires of these highly polluting cars, whose drivers collectively produce as much greenhouse gas pollution as the seventh-highest producing country. But what if you could operate a solar-powered SUV?

A solar-covered electric SUV is available for presale from the German company Sono Motors, which thinks it will be the first of many of its like.

CEO, we believe it has the potential to become a popular technology.

The Sion car, a solar electric vehicle (SEV) developed by Sono Motors, is surrounded by viewers in Munich, southern Germany, on July 25, 2022, during the unveiling of the final series production design. CHRISTOF STACHE / AFP / Getty Images

Telling CNBC, Laurin Hahn. Our goal is to install solar on every vehicle because there is no reason not to. It is quite economical. It doesn’t significantly raise the cost of the car’s bill of materials. Therefore, there is really no excuse for not integrating it.

The car, known as the Sion, is anticipated to hit the European market in the middle of 2023. According to the website, the automobile has a total of 456 half-solar cells, which enable it to travel an additional 70 miles each week on average to its batteries. According to Axios, the cells are integrated into the car’s fenders, hood, rear panels, sides, and roof.

In addition to the solar panels, the car includes a 54-kilowatt liquid-cooled battery that, according to the website, enables it to go about 190 miles on a single charge. At a typical fast electric charging station, it takes 35 minutes to charge the battery to 85% of its capacity.

Read More: Manchin and Biden Argue Over Coal.!

Axios pointed out that you could get away with never using anything other than the sun to charge your automobile if you live in a sunny area and don’t have to travel very far.

According to CNBC, the new vehicle costs $25,000 less than the majority of American EVs. Axios noted that it won’t be qualified for tax advantages in the United States because it was not produced there.

  1. It contracted Finnish company Valmet Automotive to manufacture the cars.
  2. It only offers one version of the car.
  3. It sells it directly online instead of through dealerships.
  4. It uses only aluminum, not steel.
  5. It doesn t require any paint because the solar panels supply the color.

According to CNBC, Hahn stated that the business maintained costs low in four different ways:

As long as it’s black, this car is available in any color you like, according to Hahn.

According to Valmet Automotive, there are currently 42,000 reservations for vehicles throughout Europe. And by 2030, they intend to produce 257,000 Sions.

Read More: IRENA Report: The World Is Falling Short of Its Energy Transition Goals.!

According to the Sono Motors website, the car just finished a tour of the United States that included stops in New York, Boston, Detroit, San Francisco, and Los Angeles.

Sono Motors explained the rationale for the travel in the statement, “Our aim, solar on every vehicle must be a worldwide effort.” Germany cannot fight climate change on its own. We believe that now is the ideal time to individually engage with individuals working to create a future that is climate-friendly on a global scale.

According to Axios, they are currently searching for ways to offer the vehicle to the American market. Even if other businesses are developing solar-powered EVs, such as the Dutch Lightyear and the Californian Aptera, the Sion is still a significant advancement for EVs.

According to Axios, Wedbush Securities analyst Daniel Ives praised Sono Motors for discovering a potential that other automakers had passed over.

U.S. to Announce Plan for Private Businesses to Fund Global Renewable Energy Transition.!

John Kerry, the climate envoy for U.S. president Joe Biden, is said to have spoken with national governments and business organizations to gain support for the proposal. According to Reuters, it is expected to be revealed on Wednesday at the UN climate summit in Sharm el-Sheikh, Egypt.

Kerry stated last month that one of the things being looked at is the potential for the private sector to be persuaded to participate, according to the Financial Times. In order to directly reduce emissions, he continued, money will be diverted into the closure of some coal facilities and the purchase of renewable energy sources.

According to the concept, which was first published by the Financial Times on Sunday, regional or national governments would accumulate carbon credits by decommissioning fossil fuel infrastructure like coal-fired facilities and replacing it with renewable energy.

Then, private businesses might buy these credits to make up for their greenhouse gas emissions. The program would be voluntary and would be approved by an unidentified impartial body.

According to The Washington Post, the plan’s goal is to encourage private businesses to support the transition to renewable energy in developing nations. According to Reuters, fossil fuel corporations would not be permitted to take part.

There are numerous possible flaws in the plan. Carbon offsets are already contentious, for one thing, because they allow businesses to continue polluting without any actual assurance that an equivalent quantity of carbon will be removed from the atmosphere to make up for it.

In this situation, a business that buys carbon credits from a coal plant converted into a wind farm, for instance, would only genuinely offset its emissions if the conversion would not occur without the company’s support.

The Financial Times was informed by people familiar with the scheme that its offsets mechanism was not yet sufficiently solid.

You cannot have something as important as carbon credits half-baked. The unnamed source claimed that the guidelines and specifics were important. Throwing offsets into the equation is the fastest way to enrage folks.

Read More: How Solar Farms in Space Could Send Power to Earth.!

Another issue with offsets is that they serve as a diversion from the fundamental fact that, in order to keep global warming below 1.5 degrees Celsius and prevent the worst effects of the climate crisis, every country and corporation must reduce its real emissions as quickly as feasible.

However, there is a compelling case for finding a method to involve the private sector in the transition to sustainable energy in developing countries. The developed world has yet to fulfill its promise to donate $100 billion annually by 2020 to assist developing countries in weaning themselves off of fossil fuels and preparing for the effects of climate change.

And the actual demands are far bigger, according to John D. Podesta, Biden’s senior counselor on climate change, who told The Washington Post that $3.8 trillion in investments will be needed annually over the next three years. Only 16 percent of it has come to pass thus far.

The real money is in capital flows in the private sector, according to Podesta. When trillions are needed, we’re only talking about billions. If we don’t open up the [private sector] for people to invest in creating a sustainable energy future, we won’t be able to meet both the development and climate goals.

However, many leaders in the Global South are angry about the unfulfilled promises of their colleagues in the Global North and have misgivings about corporate financing.

Read More: In the First Two-Thirds of 2022, Renewables Provided About 25% of Us Electrical Generation.

Are we genuinely addressing climate change, or are we only making promises to the corporate sector in order to ensure profits? Prior to COP27, Egypt’s chief climate negotiator Mohamed Nasr spoke to the media, according to The Washington Post.

The way we think needs to alter. Investors should consider their projects’ positive effects on the environment while evaluating them and how well they will be executed.

 

Maryland Now Has the Largest Transit Bus Charging Station in The Nation!

Montgomery County, Maryland, which is home to the biggest fleet of electric school buses in the United States, just opened the largest transit bus charging station and microgrid in the nation. The Brookville Smart Energy Bus Depot, a new charging station, and a microgrid will be especially helpful as the county gets ready to electrify every bus in its transportation system by 2026. The country’s objective to achieve net-zero emissions by 2035 includes the project.

The depot has 1.8 MW of on-site natural gas generating in addition to solar canopies, battery energy storage, electric bus chargers, and microgrid software and controls from AlphaStruxture.

The intention is to continue running the fleet of electric buses even in the event of utility outages. According to the Montgomery County Office of Legislative Oversight, the county has over 1.1 million residents, and on an average workday in 2018, 38,070 people took the buses.

A key component of Montgomery County’s ambitious climate action, according to Linda Toth, associate sustainability consultant at Arup, a project partner, is reducing transportation emissions.

The County with AlphaStruxure is beginning to make a meaningful effect while signaling the future potential for communities throughout the United States by opening its cutting-edge transportation center and microgrid.

The county is not required to pay for the installation of the charging stations and microgrids because AlphaStruxture is providing the Energy as a Service (EaaS) model for the Brookville Smart Energy Bus Depot, which is free to the county.

According to AlphaStruxture, the depot will offer charging stations for up to 70 buses and prevent over 160,000 tonnes of carbon emissions throughout the course of the project. Arup further stated that the carbon emissions from buses that are charged by the microgrid will be reduced by 62%.

In Montgomery County, the transportation infrastructure of the future is already operational, according to Juan Macias, CEO of AlphaStruxure. We are thrilled to collaborate with Montgomery County on this all-encompassing solution that provides County constituents with better, cleaner services.

In order to effectively deploy the distributed energy resources and charging infrastructure that the energy transition requires, this benchmark project serves as a national model for municipalities and private fleet owners throughout the nation. This will hasten the electrification of medium and heavy-duty vehicle fleets.

A Wheel Powered by Renewable Energy Catches Trash in The Panama River.!

Before it reaches the ocean, Panama’s Juan D’Az River is cleaned up by a wheel that collects debris. The wheel, known as Wanda D az, analyses garbage and provides information for public policy and education while being powered by hydraulic and solar energy, a camera system, and artificial intelligence.

The water wheel system was installed by Marea Verde, a nonprofit organization founded in 2017. It is the first of its kind in Latin America. The Juan Dáz River, one of Panama’s most polluted waterways, is where the wheel is situated. The Juan D. Az River, along with six other significant rivers in Panama, is responsible for transporting over 100,000 tonnes of trash into Panama Bay annually, according to project partner Clean Currents Coalition.

Because of its location in Panama City, inadequate waste management, and substantial real estate development, the Juan Daz River is particularly susceptible to pollution.

“Cleaning beaches are excellent, but it’s more efficient and less expensive to trap waste in rivers because when it reaches the ocean, the environmental and financial costs rise too much,” project leader Robert Getman said.

The Mr. Trash Wheel and Professor Trash Wheel initiatives in Baltimore, Maryland served as inspiration for the water wheel. It has a water wheel that rotates with the flow of the river, and solar panels provide backup power.

According to the Clean Currents Coalition, a floating boom spans the river to steer waste to the device, where it is pulled out of the water by the wheel-powered conveyor and dumped into a container for proper waste disposal. Prior to entering the container, recyclables will be manually separated from non-recyclables and transported by a transverse conveyor to an on-shore sorting facility.

According to Reuters, the Wanda D az gadget was set up in September and has since gathered over 22 1.3-cubic-meter bags of plastic bottles. The camera system on the gadget has also gathered pictures of the trash, evaluating and classifying the information for educational purposes and to affect waste management policy.

Read More: The Residents’ Electric Bills Are Paid in Whole by India’s First Solar-Powered Village.!

Despite its high levels of pollution, the Juan Daz River still contributes significantly to the mangrove ecology and connects to the biodiverse Panama Bay, where every year about 1,000 humpback whales arrive to nurse their calves.

Wanda Daz is merely one of Marea Verde’s garbage-collecting initiatives. The B.O.B Litter Trap, a floating barrier that caught rubbish drifting down the Mata Hernandez River, was the charity organization’s first initiative. Over 100 tonnes of garbage were prevented from entering the water by the device in just over a year. Plastic bottles and disposable foam containers made up more than 46.7% of the rubbish collected by B.O.B., according to the organization.

Wanda D Az Is Only Getting Started, Despite the fact that B.O.B. Was Removed in 2020.

According to Reuters, Sandy Watemberg, the organization’s director, said, “We want to raise awareness that we can stop the death of this very important river.” The group also anticipates that Wanda D. Az and related initiatives will persuade customers to use less single-use plastic.

How Solar Farms in Space Could Send Power to Earth.!

A practically infinite source of renewable energy couldn’t come fast enough given the European energy crisis and the threat of the worst effects of global warming if the world doesn’t quickly transition away from fossil fuels.

The use of solar energy gathered from space offers an almost astounding potential solution. According to Euronews Green, the European Space Agency (ESA) is testing a concept to gather solar energy and beam it down to Earth. The goal is to have a solar space farm that can produce as much energy as a nuclear power plant.

According to a statement from the ESA, [such a project] would guarantee that Europe becomes a significant participant and possibly the global leader in the race toward scalable renewable energy solutions for combating climate change.

Solar energy harvesting from space might be put into practice as early as 2035, according to Martin Soltau, co-chairman of the Space Energy Initiative (SEI), according to BBC News. Large satellites will be used in SEI’s Cassiopeia project to gather solar energy while orbiting far above the Earth. Soltau claimed that the amount of electricity produced may be nearly infinite.

According to Soltau, “theoretically, it might supply all of the world’s energy in 2050,” according to BBC News. More than 100 times as much energy is received annually in a small area around geostationary Earth orbit than is anticipated to be used by the entire human race by the year 2050.

Read More: Biden Says that Fossil Fuel “War Profiteers” Could Be Hit with A Windfall Tax.!

The Uk Government Is Committing $3.44 Million to Projects Involving space-based solar power (SBSP).

Robots would build and maintain SEI satellite modules in orbit after being constructed on Earth.

The solar energy would be captured by the satellites, transformed into radio waves, and transmitted back to Earth, where a rectifying antenna would turn them into electricity.

Each satellite would be able to produce about two gigawatts of energy, which is about equivalent to the output of a nuclear power plant. Due to the absence of an air barrier, a solar panel in space can gather more energy than one on Earth.

The Space Solar Power Incremental Demonstrations and Research project is a solar-powered endeavor carried out in the United States by the Air Force Research Laboratory (AFRL).

Read More: The Residents’ Electric Bills Are Paid in Whole by India’s First Solar-Powered Village.!

There Is Evidence that Both Humans and Animals Can Safely and Effectively Use Microwave Rays.

According to Soltau, the beam is low-intensity and is a quarter of the intensity of the midday Sun. It is a microwave, just like the wi-fi that we constantly use.

According to Dr. Jovana Radulovic, a thermodynamics lecturer at the University of Portsmouth who specializes in renewable energy systems, the cost, and carbon dioxide produced by launching several solar panels into space on SBSP could be a problem.

However, an environmental analysis of Cassiopeia by the University of Strathclyde revealed that its carbon footprint, including launch, maybe as little as 50% of that of land-based solar.

According to Soltau, new developments have made the project’s economics more plausible, but SEI is hoping for some private investment because the UK government is only contributing little money.

Dr. Radulovic was quoted by BBC News as saying, “I think with sufficient investment and dedicated work into this area, there’s no reason why we couldn’t have the system up and running as smaller pilot projects in the foreseeable future.” However, something that is done on a vast scale—we’re talking kilometers of solar panels here—would take a lot longer.

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