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DC Two—an internet service provider headquartered in Osborne Park, Western Australia—is planning to create the country’s first bitcoin mining and data center powered by renewable energy. This is not just another data center as it is being built for the company’s cryptocurrency subsidiary, D Coin.

CCN reported that the data center will be in Collie, a town in the South West region of Western Australia. While DC Two will build the data center, Hadouken Pty Ltd will construct the solar farm.

The Government of Western Australia’s Joint Development Assessment Panel has granted Hadouken’s request last April to build the renewable energy facility that costs AU$16 million.

According to DC Two’s statement, it has engaged both international and local crypto mining groups by offering competitive rates through its renewable energy-powered facility. It also provides cheap hosting options tailored particularly for bitcoin mining and cryptocurrency. The data center is expected to provide communications options of up to 10 gigabytes per second as well. Though the focus of the facility is the aforementioned mining, there would still be areas designated for traditional IT workloads.

The facility currently has two installations, which is supposed to deliver up to 30 kilowatts per IT rack. The installations are currently expected to provide power to 256 IT.

DC Two bitcoin mining farm solar energy

DC Two’s bitcoin mining farm will be the first to have renewable energy, specifically solar energy, as its power source. (Source)

The irony of a solar-powered company and Collie

It is quite ironic that the Collie is a coal-centric town, while DC Two’s facility would completely rely on renewable energy. But DC Two believes that this situation would allow the company to provide a globally competitive source of electricity to customers.

The same but quite different

Though DC Two’s facility is the first solar-powered data center for crypto mining, it is not the only bitcoin mining farm in Australia. Last May, IoT Group partnered with Bitfury to start a crypto mining farm in New South Wales, CCN also reported. The difference between these two companies is that IoT Group’s facility would be powered by a coal plant, which is part of the conditional terms by the Australian Securities Exchange.

The company also said that with the primary 4-megawatt power supply expected to be finished in 2019, its facility could mine 650 coins each year valued at $6 million—referring to the recent exchange rates in cryptocurrency.

(Featured image via DepositPhotos)

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SPEARFISH — A new feature is visible at Elkhorn Ridge Golf Club and Resort: 234 solar panels, each about six-by-three-feet were installed over 10 days recently along the north side of the irrigation pond on Hole #18.

Greg Brandriet, superintendent at Elkhorn Ridge Golf Club and Resort, described that the photovoltaic system was installed to offset the energy usage of the club’s irrigation system for its back nine holes.

“They currently provide power to the pumps for the irrigation system and the well we use to fill the pond,” he said. “The system will generate a yearly average of 120 MWh (megawatt hour), around 43 percent of our annual usage for the irrigation system. This should cut our electrical bills by over $13,000 per year.”

He added that the system would produce an excess of electricity during January and February, when that energy would be returned to the grid. In the peak usage months of July and August, the system would provide as little as 25 percent.

“In the world of golf, there is a growing movement to become more sustainable and enhance the many benefits golf has for the environment,” Brandriet said. “This system highlights the forefront of this national movement into alternative energy and environmental stewardship and also strengthens our dedication to the local community.”

The rear of the solar panels are visible from Interstate 90, near Elkhorn Ridge Golf Club and Resort’s location near Exit 17.

To read all of today’s stories, Click here or call 642-2761 to subscribe to our e-edition or home delivery.

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Mitsui Chemicals in partnership with PI Berlin is reportedly planning to construct a BIS solar panel testing & certification lab in the city of Ahmadabad in the state of Gujarat, India. Sources cite that the Japanese company along with its German partner will be setting up the lab via Mitsui’s Indian affiliate – Mitsui Chemicals India Pvt. Ltd.

As per reports, the lab is meant for testing & certification for solar PV (photovoltaic) panels. Mitsui & Pl Berlin plan to start construction of the lab in October 2018 with the estimated time of completion to be around 6 months. The first tests of solar PV panels in the lab are expected to begin by August 2019, Mitsui Chemicals cited.

Incidentally, Renewables Now reports that the Indian government, starting July 1, 2018 has now made it mandatory for both foreign & domestic manufacturers and suppliers of solar panels to register their respective products under the BIS parameters.

For the record, India, with an increasing number of PV energy generation plants, has put in place some measures that will block the inflow of cheap, poorly built solar panels into the nation. These measures are fulfilled by the BIS (Bureau of Indian Standards) certification which will act as a mark of quality for panels used in PV projects.

Mitsui Chemicals stated that since 2014 it has been developing its diagnostics business of PV power production in Japan. The company now intends to leverage its expertise in the domain to get a similar  business up and running in India.

Mitsui Chemicals will be enlisting help from its partner PI Photovoltaik-Institut Berlin AG of Germany (PI Berlin), which provides accredited lab testing services. BIS certification tests on PV solar panels will be carried out by the facility once the lab is operational, cite reliable sources.

According to manufacturers and developers, lack of dedicated testing facilities indicates that getting testing done is often a time consuming & expensive process with a waiting period of around six months.

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This electric car uses solar panels to charge as you drive. The Sion EV is an electronic car loaded with 330 solar cells that add 18 extra miles to its normal range of 155 miles.  

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to decrease the pollution in taiwan and optimize the production of electricity, MEPM lab proposes ‘recrystallization’, an alternative way to build a power plant as part of hsints ecological power plant competition. while now 50{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974} of energy in the state is generated by coal firing, the architects’ concept is to create a new balance by decomposing the system and its energy flows.

MEPM lab recrystallization ecological power plant designboom
main buildings with historical salt pan
all images by MEPM Lab

 

 

‘for us, our concept of recrystallization is keeping the local, natural, social and historical elements of the site,’ explains the team. ‘letting the habitat develop naturally, purifying the environment, and changing the system to one where local communities get greater benefits from the operations of the plant.’

MEPM lab recrystallization ecological power plant designboom
the perspective from bird watching trail

 

 

heat left over from the turbine generators will go into the economic cycle to warm the local fish farms, or into the social cycle to be reused by the local community. there will be no CO2 or particles, such as PM2.5 or PM10 released from the plant — they will be captured on site. even though it is impossible for the site to be carbon neutral, because the energy generated is transmitted and used off-site, our proposed plan utilizes virtually the entire plant as a carbon sink to maximize carbon sequestration naturally. a next-generation power plant should play the role of ‘recrystallizing’ the original elements of its location, including habitat, nature, and social welfare.

MEPM lab recrystallization ecological power plant designboom
the perspective of living quarters

 

the eco-friendly power plant is located on the least environmentally sensitive part of the site and is hidden by a natural skin. three centralized air chimneys provide a green structure to serve both energy and ecological purposes. the plant forms a shape that follows the seasonal air current, which will lead the migrating birds down into the diverse wetland habitats.

MEPM lab recrystallization ecological power plant designboom
bird’s-eye view of the hsinta site

 

 

from the roof level, it can be seen how the plant itself is, in fact, a carbon sink — solar panels on the top will be repositioned from the photovoltaic system currently located in the southwest of the site. below the solar panels is a double skin green façade that connects to the centralized chimneys. the inner layer of the skin protects the power plant, and the outer layer will provide space for plants and maximize carbon sequestration. airflow between the layers will reduce the building temperature, provide natural ventilation for wetlands, and change the local micro-climate to improve air quality.

MEPM lab recrystallization ecological power plant designboom
long sections for planting

 

from the ground level, diverse wetlands, open water, ponds, marshes, and mangroves will be restored based on natural wildlife habitats. the sociocultural life of local communities will be reconnected to the site through various activities. people will enjoy sports, swimming, walking, and bird watching in a natural setting without visual and noise disturbance from the plant.

MEPM lab recrystallization ecological power plant designboom
night view with migratory and territorial birds

 

 

MEPM lab’s design uses a topographical approach which forms a harmonious earth-scape that blends human activities safely into the site. the site will welcome visitors to get close to the natural environment, learn about local history, and understand the process of power generation. the architects believe this will help people to understand the value of electricity whenever they turn on the lights.

MEPM lab recrystallization ecological power plant designboom
sections for power generation building and educational center

 

 

MEPM lab recrystallization ecological power plant designboom
the master plan of the hsinta site

 

project info:

 

location: kaohsiung, taiwan design

MEPM lab team: shiauyun lu, jhengru li, tzuman tseng, hsianghsiang wang

 

designboom has received this project from our ‘DIY submissions‘ feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.

 

edited by: maria erman | designboom



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Our consulting work with mining companies who are starting to focus on being and supporting the low carbon energy transition is demonstrated by the two drivers cited in this article – way downstream consumers are demanding it, and rating agencies, the SEC, insurance companies etc. will be requiring. Mandatory sustainability reporting indices are looming and in some countries already in place.

GHG emissions and other sustainable development goals set by the United Nations are now equally if not more important than cost. Whether a government tries to prop up less competitive generation sources is almost irrelevant at this point.

https://www.wsj.com/articles/miners-test-greener-ways-to-dig-1531733401

Alcoa, Rio Tinto and others seek environmentally friendlier ways to make metals amid pressure from customers

Aluminum billets hang from the ceiling at a Rio Tinto casting center in Saguenay, Quebec, last month.

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Contributing Writer

HOPKINTON – The Hopkinton Town Council voted Monday night to extend the period for public comment on a proposed solar array until the council’s next meeting on Tuesday, Sept. 4. 

Approximately 160 people attended the Hopkinton Town Council meeting on Aug. 6, which was held in the Chariho Middle School Auditorium to accommodate the audience assembled there. 

Since the public hearing for the proposal opened on June 18, the council meetings have attracted an ever-growing group of opiners. The solar farm, which would be situated on two assessors’ plats in Hopkinton – Plat 11, Lot 57 and Plat 11, Lot 57D – would require a Zoning Ordinance Amendment and a Comprehensive Plan Future Land Use Map Amendment before being installed. This land, which is presently zoned RFR-80, must be identified as a commercial special zone, limited to solar use to host the array. 

John Mancini, a Providence-based lawyer who practices in construction, zoning, and development fields, represented the applicant, Rhode Island Solar Renewable Energy III, LLC. He introduced five witnesses to respond to comments made by the public at past meetings. Audie Osgood, a senior project manager for DiPrete Engineering, was the first to present on the proposed buffer that would sit between the panels and residential property lines.

“The significance of this plan, compared to plans that were presented previously, is that the buffer was increased along the property here,” said Osgood, identifying Old Depot Road on a rendering of the area. He continued, explaining how the plan had evolved to provide a robust buffer that was added to the application over time, in response to pressure from local landowners. “The buffer has now been increased to 700 feet from the property line.”

The buffer, which eliminated an unidentified number of panels and precipitated the elimination of two stormwater control basins, also reduced the megawattage produced by the array by roughly two megawatts. 

Bob Hoffman, the president of Hoffman Environmental Services, provided the presentation that followed Mr. Osgood’s. He discussed the lease agreement that the town had made in the 1960s with a resident who operated a dump site, the Department of Environmental Management’s (DEM) role in the response, as well as the party that would be responsible for the remediation of the site. The RIDEM employee Hoffman had been working with had indicated that residents had been contacting the office, wondering why the town would be responsible for cleaning up the remaining waste. As the application for the solar array progressed, lawyers for the applicant uncovered the evidence the Department needed to identify the land as the locality’s problem.

“It was always a rumor, but the Department never had any real proof that it was a town-operated landfill,” said Hoffman. “Within the lease agreement it clearly states that the town managed the landfill, cleared the trees and so forth. Under the RIDEM regulations… the town will be responsible, partly for operating the landfill, and now it has to be closed.”

The fact that the applicant has offered to address this costly problem puts the town in a unique position. The RIDEM has categorized the area as an abandoned and uncontrolled site, with multiple violations of environmental regulations. According to Hoffman, the organization has been actively looking for an entity of any kind to remediate the dump and other existing detritus that has accumulated in the area since its closure. Because the landfill is on the property of the proposed solar array, the area would need to be addressed before construction would even begin. 

Nicole Mulanaphy, an environmental engineer and senior project manager with Sage Environmental, completed a sonic study for the proposal, as well as a topographical mapping, which would be used in studies of both sound and sight. She examined whether the removal of trees for the installation of a solar array would increase the amount of ambient noise from Interstate 95 heard by the adjacent residential areas. Her study established the ways in which sound would travel throughout the space if the trees were to be removed. Sound diffracts radially downward, so when sounds arise from the highway, upon their encounter with an object, such as a tree, the sound descends and disperses. 

“So by the clearing of these trees, you’re in the same line of sight, not having any noise from the highway,” said Mulanaphy. “In fact, not having so many trees, there may be less diffraction. Also, the shape of the solar panels, may, if they are sloping, could actually help to refract back to the field. So, really, kind of in conclusion, by removing all of these trees…it is known that trees can create buffers where planted appropriately, but, in this case, even when they aren’t in that line of sight, not changing the height of the houses along Old Depot Road, you’re still in that shadow zone, so that line of sight hasn’t changed, and you aren’t going to get a significant increase in sound.” 

Tom Converse, the president of LIG Consultants and a principal engineer for that firm, presented information on where and how power would be distributed throughout the site. National Grid would provide service to the site, and it would be accessed by employees of National Grid by way of Townsend Road. An application would have to be filed for the completion of pole work. A number of other poles would be added to the road to connect the solar array to the electrical grid, but the exact number that would be needed had yet to be determined. Forestry and land management consultant Marc Tremblay of Land Management Services provided testimony on how the property would be reforested when the solar array has been decommissioned. 

Joe Moreau, a resident of Old Depot Road, responded to the testimonies of the applicant’s witnesses. He referred to solar arrays as junkyards, alleged that because the witnesses were paid by the applicant, that they would be swayed by the applicant and his attorneys, and lamented that the town seemed to be abandoning the town’s rural character, as well as residential interests, in favor of funds from solar farms. 

“This project is not in the best interest of the town of Hopkinton,” said Moreau. “To a couple of members on the town council, please forget about the dollars and listen to your concerned residents.” 

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It’s not that jobs in clean energy have tripled, according to the executive director of the renewable energy nonprofit RENEW Wisconsin. Rather, it’s that the methodology behind the count that has changed.

“We were always questionably low in past reports,” said Huebner. “There are different sectors of this work that just weren’t being counted in Wisconsin.”

Researchers affiliated with the report wrote in an emailed statement that the main reason behind the shift had to do with how energy efficiency-related jobs were counted. Specifically, the new report features “a deeper dive into the supply chain manufacturing of Energy Star products,” wrote the researchers.

Energy Star is a federal program for certifying products and buildings as energy-efficient.

Under the latest figures, clean energy jobs represent about 2.5 percent of total employment in the state. That “clean energy” share of the workforce trails only Indiana and Michigan among Midwestern states, and is about the same as South Dakota.

Ken Walz, who oversees Madison College’s renewable energy certification program, said he can appreciate why the dramatic shift in tabulation happened. He said that “clean energy” can be a tricky thing to define.

“It’s easy to know when someone’s installing a solar panel on a roof,” he said. “But when you’re talking about an engineer installing energy-efficient systems, that’s harder.”

Regardless, Walz said that the report’s findings of a robust clean energy industry align with what he’s seeing in terms of industry demands for Madison College talent.

“We have more (employers) seeking students than we have graduates,” said Walz regarding the college’s certificate program. “It speaks to the need for more workers in the industry.”

Walz and Huebner described a wide range of jobs that can be described as “clean energy” jobs. Those range from renewable energy manufacturing jobs at the likes of Broadwind Towers, a wind turbine producer in Manitowoc, to solar panel installation. Walz said that roughly half of his graduates work in installation or manufacturing jobs, while another half work in engineering or design-related jobs.

The report found that the state industry is largely driven by jobs associated with energy efficiency, itself a wide-ranging category of employment that includes heating and air conditioning installation and energy-efficient product manufacturing.

Using the new methodology to update older figures, the report found that Wisconsin actually lost 864 clean industry jobs in the last year. However, in the longer term, Walz said that he thinks the job market has been “growing by leaps and bounds,” albeit with some occasional ups and downs.

As Madison as it gets: Get Cap Times’ highlights sent daily to your inbox

“There’s always questions about financial incentives, and how they affect the market,” he said, pointing to examples like the renewable electricity production tax credit. “From time to time, incentives are in place. And from time to time, those funds run out.”

Huebner said that RENEW Wisconsin has projected the clean energy industry to grow over the next four years.

He added that he thinks that state is in a healthy place with regard to policy, following the renewal of funding for the state’s energy efficiency and renewable energy program, Focus on Energy. Now, he thinks there needs to be more education about the opportunities associated with clean energy.

“There’s potential to grow this,” he said. “A lot of these jobs are in construction and manufacturing and installation … a lot of things we already have core competencies in as a workforce.”

The report also found that Dane County is a major provider of clean energy jobs in the state, accounting for a total of 9,970 jobs.

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With increased likeliness of extreme heat due to climate change, demand for air conditioners will continue to grow. This, inadvertently, will drastically increase carbon emissions.

Extreme heat has been prevalent this summer with record highs in most regions causing a strain on infrastructure and even ending in fatalities.

As the demand for cooling increases in the world’s warmer regions, global energy consumption for air conditioning is expected to continue to rise dramatically. Solar Energy based air conditioning can provide low carbon emissions cooling in the face of these challenges.

As solar energy pricing continues to decrease, solar electric air conditioners are now becoming a reality. We now can find a variety of solar-powered products in the market that can meet a variety of cooling needs.

An example of such products comes from Lennox.

The SunSource® Home Energy System from Lennox integrates the power of both solar photovoltaic technology and air conditioning systems.

The product works by producing energy from the sun and sends this energy to power the attached air conditioning unit, which cools your home. Excess energy not used for air conditioning could be used to power other small appliances and electronics.

The unit also has grid back feeding capabilities whereas any unused energy could be sold back on the grid.

While this product from Lennox os a good example, there are other fairly new products in the market that still offer solar powered air conditioners. One such example is a product from the home electronics and appliance company “Videocon”, which announced the release of a hybrid solar energy air conditioner to run 100 percent solar electricity.

Videocon’s Akshay Dhoot told Business Today this is the future of air conditioning with hybrid solar will eliminate the need to use the electric grid for cooling.

Both the Lennox and Videocon systems are leading the way in developing solar-powered air-conditioning systems with little to no carbon emissions.

Arctic sea ice is one of the most visible indicators of our changing climate /U.S. NATIONAL SNOW AND ICE DATA CENTER

Global warming apart, there are other very tangible reasons to use solar to power air conditioning units.

Firstly, it can reduce utility bills. By running the air conditioning unit solely on solar power, rather than drawing from the electric grid, demand charges are heavily reduced hence reducing your monthly bill.

Secondly, the environmental impact. Using solar based air conditioning can reduce carbon emissions, which are a cause of anthropogenic climate change.

While solar-powered air conditioning is a “no-brainer” it’s not cheap. The cost to install the solar power system and the air conditioning units can be quite high.

However, the energy generated from the solar panels is free and helps to lower monthly electric bills. This makes the rather hefty upfront cost a viable investment longterm.

Despite concerns, solar electric air conditioners offer a game-changing opportunity at how we look at cooling ourselves during oppressive heat. This product has a chance of providing a low carbon alternative to traditional air conditioning systems in the market, especially in emerging markets.

More cooling systems will play an essential role in the future as global temperatures are expected to increase with extreme heat events. The paradox is that the more traditional air conditioners that are required, the more it will help increase carbon emissions.

Add the rise of emerging markets demand, for consumer products, along with a global population that is expected to reach 9.8 billion by 2050 which will only strain resources.

So, there is a significant potential to make a business case for developing a solar-powered air conditioning market. So how will solar electric air conditioning firms find their niche?

Firstly, the price of solar power will need to continue to fall. Solar prices at one point in the 1970’s where $76.67/watt. Today, solar prices have declined by 99{0b7da518931e2dc7f5435818fa9adcc81ac764ac1dff918ce2cdfc05099e9974}.

Solar is also now cost competitive with fossil fuels.

Secondly, educating consumers on the profitability and the good that solar-powered air conditioners can do for the plant is vital in providing low carbon cooling solutions towards regular air conditioners is essential. Informing customers on the existence of this option gives them the necessary information needed to make good choices when shopping around for the next air conditioning unit.

This, in turn, boosts demand for the product, which signals the market for potential opportunities for suppliers.

Thirdly, this could help grow local economies, by creating jobs and could boost the use of already existent solar schemes such as the Pay As You Go Solar services and microgrid programs in parts of Africa. This could also very useful for other developing nations such as Brazil, India, etc. that are most at risk of extreme heatwaves, and would benefit the most from solar powered air conditioners.

Solar powered air conditioners, if provided the right market and consumers base, can become a viable low carbon emission cooling alternative to traditional air conditioning in an increasingly warming world.

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Today’s the day. The #81118 partial solar eclipse is here to cap off the cosmic chaos of the summer of 2018. If you’re feeling bajiggity AF, these crystals for the August 2018 partial solar eclipse will help you get through this emotional weekend. The Aug. 11 partial solar eclipse is accompanied by a super new moon, and because it occurs on the 11th day of the month in a year that adds up to 11 (2+0+1+8=11), it also allows access to the powerful 11:11 portal of awakening. If that weren’t enough, four stars, six retrograde planets, and a retrograde asteroid all influence this eclipse.

The bottom line? You’re going to need all the protection you can get, and having some crystals to create a protective shield for yourself against the onslaught of emotional energy can’t hurt. “Tools and support within the crystals and other modalities can help us get us through this type of situation,” Hibiscus Moon, who focuses on the science behind the metaphysical aspects of working with crystals, explained on her Hibiscus Moon Crystal Academy blog.

“It’s about riding the energy, not letting the energy wave ride you and topple you all over the place.” If turning to crystals is a little too new age-y for you, they also make beautiful jewelry. So, if nothing else, you can treat yourself to a new necklace, earrings, or ring. Which crystals provide the best protection during the #81118 partial solar eclipse? These crystals will help you make the most of the last eclipse of 2018.

1Moonstone

Moonstone comes in a variety of colors, so feel free to pick any color that speaks to you. “Moonstone promotes goddess energy, divination, [and] feminine energy,” Hibiscus Moon explained. “It also has a connection to water. It’s a great stone to work with for allowing you to more efficiently tap into your intuition.” Spending time in water is encouraged during the August 2018 partial solar eclipse, so moonstone is a perfect complement to any water cleanse you engage in.

2Selenite

The August 2018 partial solar eclipse is the grand finale of this summer’s cosmic chaos, and it’s an ideal time to release any lingering negative energy. Selenite can help because it basically acts as a bad-energy eraser for your aura. “Comb the crystal up and down your body, visualizing it sucking all the negativity, anxiety, and worries from your day away,” Energy Muse noted on its blog. “Make sure you start at the top of your head, moving to the bottom of your feet, about five inches away from the body, and let the selenite healing crystal energetically cleanse you.”

3Clear Quartz Crystal

Clear quartz is a good every day crystal, but it’s particularly helpful today because it can assist you with setting intentions, which is the most powerful thing you can do for yourself during a solar eclipse. “A quartz crystal point is a great tool for setting and maintaining the energy of your clear intentions. If you know what intention you want to set, write it down on a piece of paper,” Energy Muse explained. “After folding the paper, set it down on your sacred altar, or somewhere that is easily visible so it can be a constant reminder.” If you only use one crystal during the August 2018 partial solar eclipse, this is the one. I keep a clear quartz crystal point next to my bed.

4Sunstone

Sunstone is all about positivity, optimism, and follow through. It’s basically the perfect antidote for the dark and twisty energy that has plagued the summer of 2018. “Sunstone allows you to connect with the sun’s energy, blessing you with a joyous spirit,” Adam Barralet, author and teacher, wrote on his YouTube page. “As you open up to its energy it will bless you with optimism, self-empowerment, strength, and playfulness.”

5Labradorite

Rounding out your August 2018 partial solar eclipse crystal kit is labradorite. Once you’ve tapped into your intuition with your moonstone, cleansed your aura with selenite, set your intentions with clear quartz crystal, and cultivated a positive mindset with sunstone, labradorite can help illuminate a path for you to become your most authentic self. “Labradorite is a crystal of adventure. It prods the mind to consider new ideas and exciting possibilities,” Barralet explained. “It encourages you to think for yourself and not live a life dictated by your surrounding influences. Labradorite is here to help you shine your light on the world.”

Where To Get Healing Crystals

ladyfaceblues on Instagram

If you don’t have any healing crystals, and you want to get some today to work with the energy of the #81118 partial solar eclipse, just enter “healing crystals” into Yelp. Unless you live in the middle of nowhere, there’s a good chance that a spiritual, meditation, or metaphysical shop in your city or town can hook you up with everything you need. I know this weekend is emotional — I’ve already cried twice over things that weren’t a big deal. The good news is that, post eclipse, things will start to get better. While you might be tempted to sleep through this partial solar eclipse, take advantage of its energy to help put out the energetic dumpster fire of the last few months so you can head into fall as bright and shiny as a brand new baby.



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