The Future of Energy Exchange: A Deep Dive into Takyon ($TY) and its Potential Impact

Written by Arnold Kirimi

Takyon
Arnold Kirimi

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TAKYON ($TY) is the future of electrification — decentralized energy on the Polygon ($MATIC) blockchain, incentivizing the adoption of clean energy through decarbonization.
Photo by Oxana Melis on Unsplash

Cryptocurrency mining is raising eyebrows as the amount of energy it consumes is becoming a growing concern among investors and developers. The proof-of-work (PoW) consensus algorithms used by the likes of the Bitcoin ($BTC) blockchain require colossal amounts of computing power, ultimately demanding massive quantities of electricity to operate. This energy consumption issue has become a hot topic and one that cannot be ignored.

With the need to reduce carbon emissions being a top priority globally, the excessive energy consumption of cryptocurrency has been a major concern. Even prominent companies like Tesla Inc (NASDAQ: TSLA) had to halt Bitcoin payments due to the alarming use of fossil fuels for mining and transactions.

The good news is there are new cryptocurrency tokens, such as Takyon ($TY), that are emerging with a focus on expanding sustainable energy markets. These tokens could pave the way for a more eco-friendly and efficient approach to cryptocurrency adoption.

It’s not just about cryptocurrency but also about blockchain technology in the renewable energy industry as a whole.

According to a Precedence Research report, the industry is expected to skyrocket from $1030.95 billion in 2022 to approximately $1,998.03 billion by 2030, with a registered compound annual growth rate (CAGR) of 8.6% from 2022 to 2030. This presents a huge opportunity for blockchain to revolutionize the energy sector, paving the way for a more sustainable and decentralized energy grid.

Introducing Takyon ($TY).

Takyon is the future of electrification. It was built on the Polygon Blockchain ($MATIC) and will soon compete with other cryptocurrencies, such as Ethereum ($ETH), Bitcoin ($BTC), Shiba Inu ($SHIB), Dogecoin ($DOGE), Cardano ($ADA), Solana ($SOL), Uniswap ($UNI) and Algorand ($ALGO). You may call it an altcoin but it’s actually a sub-currency with PURPOSEFUL utility.
Hosted on the Polygon ($MATIC) blockchain, Takyon incentivizes climate positivity, providing EV drivers with effective purchasing power through a cleaner, more decentralized means of electrification.

Takyon ($TY) crypto is a dynamic digital asset that has emerged on the cryptocurrency scene with the potential to change the energy industry landscape.

This innovative digital asset is powered by Polygon ($MATIC) smart contract technology, which, through AI Energy Solution Corp.’s future mobile app and API, will enable the streamlining of mobile payment services and provide a user-friendly experience for all its users.

However, Takyon goes beyond just being an easy-to-use digital asset, as it actively seeks to tackle the challenge of greenhouse gas (GHG) emissions in communities around the world. By incentivizing energy conservation and promoting the adoption of renewable energy sources, Takyon is making a bold statement in support of the environment and our collective future.

With the Takyon, users can enjoy fast transaction times and low fees, making it an attractive option for businesses and individuals looking to invest in sustainable practices. Takyon is a beacon of hope for the world of cryptocurrency, serving as a reminder that we can leverage technology to make a positive impact on our environment.

How does Takyon ($TY) work?

“Takyon was built on the Polygon blockchain, providing a unique token as an EV charging utility.” Stanford Saler, AIES chief digital officer.

Takyon is transforming the payment process and enhancing the experience of charging electric vehicles. With a total supply of 777,000,000 coins, of which only 277,000,000 are in circulation, Takyon is poised to become a top-tier token and a fan favorite in the crypto community.

This innovative digital asset provides practical incentives as a sub-currency mechanism that can effortlessly integrate into contemporary society and tackle the growing issue of global warming. Moreover, Takyon’s implementation introduces new possibilities for electric vehicle supply equipment (EVSE), with the potential of unlocking energy incentives for network participants and promoting the adoption of renewable energy sources.

The most notable advantage of Takyon is its green credentials. It is a 100% green cryptocurrency that doesn’t involve any mining, making it an ideal consideration for environmentally-conscious investors who are eager to contribute to the fight against climate change. With Takyon, you can support sustainable practices while enjoying a frictionless payment experience and contributing to a more sustainable future.

This innovative decentralized application (dApp) is a tool that can help electric vehicle (EV) vendors and drivers. It can both track and encourage people to use charging stations connected to the greater power grid or independent ones. Plus, it can also host various subscription options.

One thing that makes this dApp special is that vendors can create loyalty programs for EV drivers. This means that if a driver frequents a vendor’s charging station often, they could be rewarded with exclusive discounts, complimentary charging, and other incentives. Through adoption, the cost of charging a vehicle becomes that much more affordable — whether by the day, month, or level of consumption.

This dApp also makes things easy for EV drivers. Within the future AIES mobile app, they can subscribe to programs with simple permits and use any charging station within the program. The dApp then sends Takyons directly to the vendor’s account within the app, allowing EV drivers to enjoy the benefits of the loyalty program without any extra hassle.

Takyon represents a significant leap forward in the field of decentralized yet scalable financial frameworks. Its unique features and innovative functionality have opened up new possibilities for the EV charging industry, providing a user-friendly experience for both vendors and EV drivers alike.

By streamlining the process and incentivizing the use of grid-connected and grid-independent charging stations, this dApp will play a crucial role in promoting sustainable energy practices and combating climate change once and for all.

The Role of Takyon in Energy Exchange

With the rise of renewable energy sources and innovative blockchain technology, energy exchange is becoming a hot topic in the worlds of sustainability and finance.

Takyon aims to help fight climate change by promoting “climate positivity.” This is especially important in a world where there are high levels of carbon emissions and growing concerns about the impact of climate change.

One way Takyon can be useful is through integration with EVSE systems by companies that specialize in electric vehicle charging stations. As the use of electric vehicles becomes more popular, there is a growing need for efficient and reliable charging stations. Takyon’s technology can help these companies manage charging effectively and reliably, using smart contracts to optimize the process.

Using Takyon can also help reduce costs by eliminating the need for intermediaries in payment systems. This is important in the energy exchange industry, especially for electric vehicle charging infrastructure. By providing a reliable and efficient solution for energy exchange, Takyon can play a crucial role in the future of electric vehicle charging.

The Future of Takyon

Takyon is not limited to being used for electric vehicle charging stations only.

If gas stations adopt Takyon as an accepted form of payment, it could lower their processing fees while helping them operate in a more environmentally friendly way.

Takyon transactions are substantially more secure than credit card transactions. An important case in point is that Takyon doesn’t allow for the theft or capture of credit card information, as we have seen with the heightened use of credit card skimmers at gas stations in more recent years.

AI Energy Solution Corp., the first company to support Takyon, is exploring ways to make energy payments available through local electric and utility companies. As the infrastructure grows, energy costs will likely decrease, leading to lower prices for EV drivers and more competitive pricing for vendors.

Takyon has a finite supply, which means that the more EV drivers that participate and adopt the crypto-based sub-currency, the lower the price per kilowatt hour. The value of Takyon is driven by the number of participants and transactions in the network. Through financial blockchain engineering, Takyon can adjust its participant cost per kilowatt hour accordingly.

Moreover, Takyon’s mission is not solely based on speculation. The majority of Takyon funds go towards research and development of clean and affordable energy projects, especially in areas without access to electricity.

Conclusion

As we consider the future of energy exchange and the role of blockchain technology, it’s important to address the growing concern about cryptocurrency’s impact on energy consumption.

Thankfully, with the purest energy-branded crypto of all, Takyon is positioned to emerge as the go-to crypto approach in sustainable adoption. By incentivizing energy conservation and promoting the adoption of renewable energy sources, Takyon is making a bold statement in support of the environment and our collective future.

With the Takyon token, users can make transactions quickly and pay low fees. This makes it a good choice for businesses and people who want to invest in environmentally friendly practices. Takyon is a beacon of hope for the world of cryptocurrency, serving as a reminder that we can leverage technology to make a positive impact on our environment.

Join the movement toward sustainable practices and become a part of the Takyon ($TY) community today.

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Takyon
Arnold Kirimi

Hosted on Polygon, Takyon incentivizes climate positivity, providing EV drivers effective purchasing power with cleaner, decentralized means of electrification.