Solar X Mining Device

SolarX device is developed to use solar panels or other renewable energy sources to power the mining process, reducing the device's environmental impact and potentially lowering operating costs.

The mining device works by solving complex mathematical equations to verify transactions on a network and earn SolarX coins as a reward. This mining device is built on SolarX greenX chain and is compatible with the blockchain's consensus mechanism and follows its own network's rules for validating transactions between SolarX devices.

The use of renewable energy sources for cryptocurrency mining can help to create a more sustainable and eco-friendly industry and could potentially offer cost savings and other benefits for mining companies.

Reduced energy consumption: By using solar power instead of traditional power sources, the device could significantly reduce energy consumption and associated costs.

Environmentally friendly: Solar power is a clean and renewable energy source, which will help to reduce the carbon footprint of the mining process.

Increased efficiency: The use of solar power could increase the efficiency of the mining process, allowing for faster and more cost-effective coin generation.

Watt

Watt is a unit of power, which is a measure of energy per unit of time in SolarX mining. In the context of SolarX cryptocurrency mining, Watt will be used to measure the power consumption of mining hardware.

SolarX project will use Watt as a unit of measure for the power consumption of its mining hardware. Watt is a commonly used unit of power, which represents the rate at which energy is consumed or produced per unit of time. In the context of SolarX cryptocurrency mining, the power consumption of mining hardware is a crucial factor in determining its efficiency and profitability. By measuring the power consumption of mining hardware in Watts, the SolarX project can determine the energy efficiency of its mining operations and optimize its hardware accordingly.

Additionally, the use of solar power in the SolarX project's mining operations means that Watt can also be used to measure the energy production of its solar panels. By measuring the energy production of its solar panels in Watts, the SolarX project can optimize its solar panel arrays and maximize the amount of solar energy used in its mining operations.

Overall, the use of Watt as a unit of measure for the power consumption and energy production of mining hardware and solar panels in the SolarX project can provide a more standardized and transparent way of measuring the efficiency and sustainability of its mining operations.

Solar

SolarX mining device is a Solar-powered mining device that mines SolarX coins during the day and stores excess solar energy in a battery for use at night to mine. The mining device will be connected to a solar panel, an inverter, and a battery bank to function.

During the day, the solar panels will collect energy from the sun and convert it into DC electricity. The inverter will then convert this DC electricity into AC electricity that will be used to power the mining device. Any excess energy that is not immediately used by the mining device will be stored in the battery bank for use at night.

At night, or during periods of low solar generation, the mining device will draw power from the battery bank to continue mining.

SolarX Miner Energy Kit

Here are the specifications and key advantages of the Solar Panel and SolarX Miner Battery

Solar panel:

Technical Specifications:

Compact dimensions: 35 cm x 35 cm

Slim profile: 1.7 cm

Versatile cable: 5+1 meters for easy installation and connectivity.

Voltage at Open Circuit (Voc): 23.4V

Voltage at Maximum Power Point (Vmp): 18V

Current at Maximum Power Point (Imp): 1.11A

Short-Circuit Current (Isc): 1.16A

Key Advantages:

Advanced Energy Harvesting: With a Vmp of 18V, the solar panel excels in capturing sunlight, ensuring optimal energy conversion even in less-than-ideal conditions.

Reliability Unleashed: Boasting a short-circuit current (Isc) of 1.16A, this solar panel guarantees consistent and secure performance, adapting to diverse environmental challenges.

Compact Efficiency: The 350x350mm dimensions is an ideal choice for seamlessly integrating solar power into mining.

Battery:

Technical Specifications:

Model: Enersys NP5-12

Type: Sealed Lead Acid (SLA), Valve-Regulated Lead-Acid (VRLA)

Voltage: 12 Volts

Capacity: 5 Ampere-hours (Ah)

Maximum Cycle Life: 1200 cycles at 50% depth of discharge (DoD)

Key Features:

High Reliability: The Enersys NP5-12 is built for reliability, providing a steady and consistent power supply.

Maintenance-Free Design: With a sealed construction and VRLA technology, this battery requires no maintenance, allowing for convenient and worry-free operation.

Long Cycle Life: Designed for durability, this battery boasts a maximum cycle life of 1200 cycles at a 50% depth of discharge, ensuring a cost-effective and long-lasting energy solution.

Compact Form Factor: The NP5-12's compact size makes it easy to install in various spaces, providing flexibility in designing your energy storage system.

First Time Setup

Device Setup Instructions

Upon your initial purchase, it's essential to commence operations in the morning to ensure your miner receives the vital sunlight needed to power up and begin its mining process. To begin using the Miner, log into your solarx.ai. account. Once logged in, navigate to the 'Home Page' and locate the section labeled 'My Assets' where you will find your unique 'Secret Key.' Copy this key as it is crucial for the setup process. Remember to store your secret key securely, either by committing it to memory or storing it offline to prevent unauthorized access. Avoid phishing attempts by not sharing your secret key and reporting any suspected compromises promptly to our support team.

To initiate setup, start by turning on the device using the button at the top of the Miner. Upon startup, the SolarX logo will display on the screen. Once you see the logo, on your Android or iOS phone, navigate to the settings menu and locate the Wi-Fi options. Connect to the "SolarX" network without a password. If you encounter difficulties, use the "Reset Button" on the top right side of the Miner.

Once connected to the SolarX device's Wi-Fi, your phone will display the Wi-Fi manager screen. Tap on "Configure WiFi" and select your preferred Wi-Fi network by entering its SSID and password. Input your designated secret key in the appropriate field and save the settings. Allow the device a minute to establish the connection. Once the connection is established, exit the configuration screen. You can now monitor your mining balance by logging into your account at solarx.ai. If you encounter any issues with the configuration, utilize the "Reset Button" or contact our Web Support at our Platform solarx.ai. for assistance with Miner setup.

Device Resetting

If you need to reset your configured device, locate the reset button on the back of the device plate, positioned on the top right side. Press and hold this button for approximately 10 seconds. This action will perform a factory reset, clearing the Wi-Fi connection, secret key, and any previous user data. After the reset is complete, you'll need to go through the device setup process again, following the steps outlined in "Device Configuration".

Device Arrival

Upon your initial purchase, it's essential to commence operations in the morning to ensure that your miner receives the vital sunlight needed to power up and begin its mining process. Upon receiving the device, the battery will be fully charged, allowing for immediate setup. Turn on the device and proceed to configure the Wi-Fi settings with the provided secret key, following the steps outlined in "Device Configuration." You can connect the Solar Panel to the device right away, ensuring it's directed towards the sky with no obstructions, aiming for a 360-degree view of the sky. In sufficient daylight, the Solar Panel will begin harvesting energy and send it to the solar charge controller, initiating the battery charging process. You can monitor the balance of the mining at solarx.ai.

Optimal Placement for SolarX Miner and Solar Panels

Where to Put Your Solar Panel?

To maximize the efficiency of your solar-powered mining setup, the correct placement of your solar panel is crucial. Here's a quick guide:

Find Your Solar Sweet Spot: Identify an area with the most direct sunlight exposure, avoiding obstructions such as tall buildings or trees that may cast shadows on your panel.

Maximize Southward Orientation: Whenever possible, position your solar panel towards the geographic south to ensure consistent exposure throughout the day.

Tilt for Efficiency: Depending on your latitude, consider tilting the panel slightly towards the sun's path to optimize energy absorption. Consulting a solar professional for precise adjustments may be beneficial.

Stay Clear of Debris: Regularly clean your panel to remove dust, dirt, or any obstructions, ensuring a clean surface for optimal energy conversion.

While solar panels are designed to withstand various conditions, it's prudent to exercise caution. Avoid letting heavy snowfall or rain accumulate on the panel, as it may temporarily hinder its function. Regular inspections and gentle removal of snow or debris can help maintain optimal performance. Ensuring that your solar panel directly faces the sun guarantees efficient energy accumulation, seamlessly powering your miner. In the event of a solar connection loss, a safety feature will automatically power off the miner until the panel is repositioned for maximum sun exposure.

Remember, a well-oriented solar panel guarantees uninterrupted mining operations.

Caution: If the solar panel is experiencing issues with sunlight or any other problems, and the battery health indicates it is low, it is necessary to take action. Disconnect the solar panel cable and instead, insert the DC Adapter jack cable into the solar panel port. Ensure that the DC Adapter is securely connected until the solar panel is operational again and capable of producing sufficient power. This switch will temporarily allow the miner to operate using the DC Adapter until the solar panel's functionality is restored.

Caution: It is crucial to monitor the battery health of the miner. If the battery health is depleted, you must recharge the battery before turning off the miner. However, it's important to note that leaving the miner turned off for extended periods, especially when the battery health is very low, can be detrimental to the battery. This practice may lead to further degradation of the battery's health. Therefore, it is advised to ensure the battery is adequately charged or powered regularly to maintain its health and longevity.

Where to Put the Miner?

It's essential to shield your miner from extreme cold and excessive heat to ensure stable performance and prolong the lifespan of your equipment. Choose a location with a moderate climate to keep your mining operations running smoothly. Avoiding extremes in temperature is crucial for maintaining optimal functionality and efficiency.

FAQ

Should we leave the Miner together with Solar Panel outside?

While the SolarX Miner is designed to harness solar power, it's important to note that the miner itself should be kept indoors in an environment with a moderate and stable temperature. Extreme temperatures, whether too high or too low, can have adverse effects on the miner's performance. The solar panel, on the other hand, should ideally be placed outside in direct sunlight for optimal energy absorption. Providing a shelter or protective covering for both the miner and the solar panel can help safeguard them from harsh weather conditions. This ensures the longevity and efficiency of your mining setup.

Is it necessary for me to remain logged into the platform for mining to occur?

No, you do not need to remain actively engaged on the platform for mining to take place. Once the SolarX Miner is turned on and properly aligned with the sun, it will continue to mine autonomously. You can periodically check your mining balance by logging into your account on our official platform at solarx.ai. However, rest assured that the mining process will continue uninterrupted regardless of whether you actively monitor it or not. The SolarX Miner is designed for seamless and continuous operation.

Do we need to buy something for the Miner to operate better?

No, you won't need to make any additional purchases for the miner to operate optimally. Upon purchasing the SolarX Miner, you will receive both the miner itself and a dedicated solar panel, along with a comprehensive manual guide. These components are carefully selected to ensure seamless and efficient mining operations. Rest assured, you won't require any supplementary equipment; your miner is ready to mine with the provided setup.

Where to turn on the miner?

The SolarX Miner features a prominent power button located on the top of the device. Simply press this button to initiate the mining process. For detailed setup instructions, please refer to the 'First Time Setup' section provided below.

Is it necessary for the miner to be in close proximity to the Wi-Fi network?

Yes, it is recommended to position the miner as close to your Wi-Fi network as possible. The closer it is, the better the connectivity. Placing the miner too far from the Wi-Fi source may result in connectivity issues and potential errors. Ensuring a close and stable Wi-Fi connection will optimize the performance of your SolarX Miner.

Mining Rewards Calculation

Just like other mining rigs and antminers, our device operates within a network where the level of difficulty is influenced by the total wattage present. In our unique mechanism, known as PoGE (Power of Green Energy), the higher the wattage on our network, the greater the challenge. Essentially, our device functions based on an equation that incorporates all the 'wattage' currently present on the network, in addition to your individual 'wattage' contribution.

In the PoGE mechanism, we calculate the total active 'wattage' generated by all the current SolarX Miners and distribute them among the miners based on the amount of watts they utilize. This ensures fair distribution and efficient utilization of green energy within our network.

Use cases for the token, its utility and how do users and the ecosystem earn

Introduction to SolarX Mining Ecosystem:

The SolarX mining ecosystem offers an innovative approach to both mining rewards and energy consumption, driven by sustainable practices and technological advancements. Beyond merely generating rewards, our mining devices provide a means to offset electricity costs through harnessing solar energy.The operational dynamics of this ecosystem are transparent and easily comprehensible, ensuring user engagement and empowerment.

Explaining the technical prospect on how the mining reward works

Mining rewards are intricately tied to the functionality of our mining devices within the Xchain ecosystem. Powered by solar panels, these devices not only sustain their operations but also store excess energy in onboard batteries, ensuring uninterrupted performance during periods of low sunlight. The calculation and distribution of rewards are managed autonomously within the Xchain, leveraging proxy contracts to interact with other blockchain networks. This sophisticated approach, dubbed Proof of Green Energy (PoGE), eliminates the need for conventional proof-of-consumption mechanisms.

Explaining the chain we are building, coins, contracts and specifics

The foundation of our ecosystem lies in the Xchain blockchain, underpinned by the innovative PoGE consensus mechanism. Xchain operates as a decentralized network, seamlessly integrating with various blockchain protocols, including PoW, PoS, PoC, and PoA, through smart contract proxies. This interoperability fosters a conducive environment for token creation and cross-platform mining activities, promoting diversity and flexibility within the ecosystem.

Distinguishing SolarX Miners from BitMain Devices: A Comparative Analysis

The Bitmain devices run a completely different blockchain (which is called PoW), the Bitmain devices achieved Open Source position due to multiple coins created on the same chain and the high demand of devices for these alt coins and Bitcoin for a high number running miners on their chain. Their devices use ASIC chips similar technology to the Memory of GPU's and CPU's to calculate the hash (SHA-256,384 or 512) to complete a transaction which will later be rewarded for their work done from the PoW chain. The main difference is that we run a completely new blockchain (which is called Proof of Green energy). With low power consumption our devices are capable to split the rewards from this blockchain blocks on the network of the device, and the devices main units and also from the blockchain itself.

Our devices main concept is that the "proof of work" that we have created from our devices mechanism is that you don't need some sort of witness or evidence such as high usage of electricity from the so called exhaustible resource. User evidence is that you are using light as energy is enough to prove that you are completing these transactions inside the Proof of Green Energy blockchain. We have implented multiple hardware resources such as sensors, microchips units, power measurement, power limiters to track that the user is actually using the light as a main source of mining/energy. We've also implemented multiple security patches inside of our kernel that will detect if the device isn't running on light power.

SXCH

SolarX Coin (SXCH) is an ERC-20 governance and utility token that serves as the native currency of the SolarX ecosystem. SXCH is specifically designed for use within the SolarX ecosystem and is required to purchase SolarX mining devices. Additionally, SXCH will be used as a native token on XChain, the blockchain within the SolarX ecosystem. Hosting Fees and Miner Sales with SXCH:

SolarX Coin (SXCH) provides a unique utility within the SolarX ecosystem by enabling users to pay for hosting fees with SXCH and sell their miners with SXCH whenever they want. This feature offers flexibility and convenience to miners, allowing them to manage their mining operations and assets seamlessly within the SolarX ecosystem. Token Burn Mechanism:

To ensure the sustainability and value appreciation of SXCH, 10% of all tokens cashed in by miners will be burnt on a quarterly basis. This token burn mechanism reduces the total supply of SXCH over time, making each token more valuable and scarce. Expansion of Hosting Site:

Initially, the hosting site will offer only SolarX miners. However, plans are in place to expand the hosting options to include Bitcoin miners, Ethereum Classic miners, Caspa Coin miners, Raven Coin miners, and more. This expansion will provide users with a wider range of mining options and further enhance the utility of the SolarX ecosystem. Key Features:

• Hosting Fees: Users can pay for hosting fees with SXCH, providing a cost-effective and convenient way to manage their mining operations.
• Miner Sales: Users can sell their miners with SXCH whenever they want, allowing them to liquidate their mining assets easily within the SolarX ecosystem.
• Flexibility: The ability to pay for hosting fees and sell miners with SXCH offers users flexibility and control over their mining operations and assets.

SolarX Coin (SXCH) has a fixed total supply of 400 million tokens. The token distribution is as follows:

• Seed Round: 3.75% of the total token supply
• Strategic Round: 2.5%
• Public Sale: 8.75%
• Key Opinion Leaders (KOL): 1.00%
• Mining Rewards: 22.75%
• Team: 8%
• Advisors: 3%
• Staking Rewards: 5%
• Treasury: 20.75%
• Marketing: 16.5%
• Liquidity: 8%

Additionally, a unique feature of SolarX Coin is that 10% of all tokens cashed in by miners will be burnt on a quarterly basis. This burning mechanism helps to reduce the overall token supply over time, potentially increasing the value of remaining tokens. SolarX Coin's distribution strategy ensures a fair and sustainable allocation of tokens, with a focus on supporting the ecosystem's growth and development.

Token Ownership

The purchase of Tokens:
(a) does not provide Purchaser with rights of any form with respect to the Company or its revenues or assets, including, without limitation, any voting, distribution, redemption, liquidation, proprietary (including all forms of intellectual property) or other financial or legal rights;
(b) is not a loan to Company; and
(c) does not provide Purchaser with any ownership, equity, or other interest in the Company.

SolarX Tokenomics

Token Distribution Transparency Report: Community Holder Overview

After careful consideration, We have excluded addresses earmarked for specific purposes such as team allocations, liquidity provisions, and other reserved functionalities. The goal was to offer a comprehensive overview of the token distribution, focusing solely on the addresses that represent the broader community of holders.

In an effort to ensure transparency and accuracy, We meticulously examined all addresses associated with our token.

Excluded addresses: 0x6aF1f83EA40Ee4CBF18eF9316D4aBC5b59572063

Excluded addresses: 0x477c177ce8185c2BF0f922C3796435eC60bCd3a5

Excluded addresses: 0x3D3B5b8e084AeaDdb43B6Aa05a8eb35675DA084F

Excluded addresses: 0x91AA2674B42ad99c8b95f14edA9464a5971DF684

Excluded addresses: 0xd7bC61ac889068F01FEf5018C518d297298a5493

Excluded addresses: 0xe87bA7fE711552eB9458Fd052D3eA9B8a16CCD6F

Excluded addresses: 0x3A8a52Ce5254803BE5A81d38292602D606FD3784

Excluded addresses: 0xEf7b4A77D85f92D7086abfe38B154F0c18dF7F19

Excluded addresses: 0x659F3B84A520fFB7dEbd640e50DD25b3bb05C339

The refined calculation reveals that the total circulating supply in the hands of holders is now 2,524,950. This represents an elegant 0.36% of the total token supply.

SolarX XChain

The SolarX blockchain is a pioneering platform designed to operate on the Ethereum network, offering a sustainable approach to blockchain technology. SolarX will initially launch on the Ethereum testnet as an ERC20 token. The transition to its own mainnet, named POGE (Proof of Green Energy), will coincide with the launch of SolarX mining pools.

Key Features

• Open to All Projects: The POGE blockchain welcomes all projects to build upon it, providing a flexible platform for developers and entrepreneurs to create innovative solutions.
• Activation of Supply for Mining: Projects built on the SolarX testnet can allocate a portion of their token supply for mining. This supply will be activated once the mainnet is launched.
• Forked from Ethereum: POGE is forked from the Ethereum blockchain, ensuring compatibility with existing Ethereum tools and technologies.
• Proof of Green Energy: POGE utilizes a Proof of Green Energy consensus mechanism, ensuring an energy-efficient and environmentally friendly blockchain.
Benefits for Projects
• Incentivized Mining: By allocating a portion of their token supply for mining, projects can incentivize participation in the network and foster a more decentralized ecosystem.
• Sustainability: Projects built on POGE can showcase their environmental responsibility by utilizing the energy-efficient blockchain.

The SolarX blockchain, transitioning to POGE, represents a significant step forward in sustainable blockchain technology. With its open platform for projects and innovative token distribution through mining, POGE is poised to revolutionize the blockchain ecosystem.

Security Measures

The security of our PoGE (XChain) and Miner communication is paramount. We have implemented robust encryption, authentication, and decentralized protocols as the primary security layer for our Miner network.

Encryption and Authentication:

• Strong encryption algorithms and authentication mechanisms are employed to prevent unauthorized access and protect communication between miners.
• Each device is assigned a unique miner secret key, used only once, ensuring secure access.

Secure Communication Channels:

• Cryptographic techniques, including digital signatures and secure channels (e.g., HTTPS and MQTT over TLS), authenticate and encrypt data transmitted between the miner and the XChain nodes, safeguarding the confidentiality and integrity of decentralized transactions.
• Regular updates and security protocol adherence further enhance communication pool security.

Miner Security:

• Regular firmware updates, secure boot mechanisms, and cryptographic algorithms enhance miner security.
• Only authenticated firmware can be loaded onto the device, protecting against network and security attacks.
• Access controls, intrusion detection systems, and network monitoring mitigate security breaches in real-time, minimizing attack risks. Hardware Security
• Multiple hardware security patches, such as measurements and real-time data verification, ensure miner online status and activity.
• Secure boot keys and a secure hardware design prevent hardware manipulation and cloning of miner nodes.
• The hardware undergoes rigorous penetration testing and measurements to ensure security and integrity.

Hosting RWA Mining with SolarX

SolarX offers hosting services for mining Real World Assets (RWA), providing individuals with the opportunity to leave their miners on the host. This service aims to tokenize the facility, allowing users to participate in mining without the need for physical infrastructure.
Green Energy Powered Facilities:
The hosting facilities will be powered by green energy, ensuring that mining operations are environmentally friendly and sustainable. This commitment to green energy reflects SolarX's dedication to reducing its carbon footprint and promoting eco-friendly mining practices.
Available Miners:
Initially, SolarX will offer hosting services for SolarX miners. However, the platform plans to expand its offerings to include miners for Bitcoin, Ethereum Classic, Kaspa, Raven Coin, and other popular cryptocurrencies. This expansion will provide users with a wide range of mining options to choose from.
Payment with SXCH:
The fees for hosting on the SolarX platform will be paid with SXCH tokens. This provides a seamless and cost-effective way for users to pay for hosting services within the SolarX ecosystem.
Selling Miners:
Miners who wish to sell their mining machines can do so by setting a price for their miners. Interested buyers can then purchase the miners using SXCH coins. This feature adds liquidity to the mining ecosystem, allowing miners to easily liquidate their assets when needed.
Conclusion:
SolarX's hosting services for mining RWA provide a convenient and cost-effective way for individuals to participate in mining. With a wide range of miners available and fees payable in SXCH tokens, SolarX is revolutionizing the way people mine cryptocurrencies while also promoting sustainability through the use of green energy.

Grants for SolarX Blockchain Projects

SolarX will offer grants to projects to be built on the SolarX blockchain. These grants will serve to incentivize developers and teams to create innovative and valuable projects within the SolarX ecosystem.
Token Supply Allocation for Mining:
Projects built on the SolarX blockchain will have the option to allocate a portion of their token supply for mining. This allocation will enable SolarX miners to mine the project's tokens, providing them with an additional source of income and incentivizing them to support the project.
Benefits for Projects:
By offering grants and allowing token supply allocation for mining, SolarX aims to attract high-quality projects to its blockchain. These projects will benefit from access to funding and a built-in community of miners who can help secure and grow their network.
Benefits for Miners:
SolarX miners will benefit from the ability to mine tokens from projects built on the SolarX blockchain. This provides them with an opportunity to diversify their mining activities and earn rewards from multiple sources within the SolarX ecosystem