ART Digital 签订具有约束力的排他性协议，以确保在加密货币采矿领域使用 ForcedPhysics 的 JouleForce™ 冷却技术的权利

德克萨斯州奥斯汀，2025 年 1 月 20 日，Chainwire。 ART Digital Holdings Corp.（OTCMKTS：CGAC），一家上市数字能源和比特币挖矿公司

A.R.T. Digital to Spearhead JouleForce™ Cooling Integration in Crypto Mining

ART Digital 引领加密采矿领域的 JouleForce™ 冷却集成

A.R.T. Digital to Deliver First System Built to JouleForce Specifications

ART Digital 将交付首个按照 JouleForce 规格构建的系统

AUSTIN, Texas, Jan. 20, 2023 (GLOBE NEWSWIRE) -- A.R.T. Digital Holdings Corp. (OTCMKTS: CGAC), a publicly traded Digital Energy and Bitcoin mining company, today announced that it has entered into a binding exclusivity agreement to secure the rights to utilize Forced Physics’ JouleForce™ cooling technology in the cryptocurrency mining sector.

德克萨斯州奥斯汀，2023 年 1 月 20 日（环球通讯社）——数字能源和比特币挖矿上市公司 ART Digital Holdings Corp.（OTCMKTS：CGAC）今天宣布，它已签订具有约束力的排他性协议，以确保在加密货币采矿领域使用 ForcedPhysics 的 JouleForce™ 冷却技术的权利。

This strategic collaboration will see A.R.T. Digital spearhead the development of a scalable mining system built to JouleForce specifications, aiming to revolutionize Bitcoin mining efficiency and unlock new horizons for the industry. This initiative marks a significant step towards addressing Bitcoin mining's greatest challenges - thermal management, sustainability and operational efficiency.

此次战略合作将使 ART Digital 率先开发符合 JouleForce 规范的可扩展挖矿系统，旨在彻底改变比特币挖矿效率并为行业开辟新视野。这一举措标志着朝着解决比特币挖矿面临的最大挑战（热管理、可持续性和运营效率）迈出了重要一步。

This exclusive agreement highlights A.R.T. Digital's commitment to advancing Bitcoin mining technology and opens up new avenues for the company to shape industry approaches to thermal management, reinforcing its role in next-generation mining solutions.

这项独家协议凸显了 ART Digital 对推进比特币挖矿技术的承诺，并为该公司塑造行业热管理方法开辟了新途径，从而加强了其在下一代挖矿解决方案中的作用。

A.R.T. Digital will deliver its first system built to JouleForce specifications. This initiative combines Forced Physics' transformative cooling innovation with advanced system development to ensure seamless integration, aiming to enhance efficiency and scalability in the mining sector.

ART Digital 将交付其第一个按照 JouleForce 规范构建的系统。该举措将强制物理的革命性冷却创新与先进的系统开发相结合，以确保无缝集成，旨在提高采矿业的效率和可扩展性。

“This project highlights the power of innovation and collaboration,” said Brian Snyder, Chief Strategy and Innovation Officer at A.R.T. Digital. “By bringing JouleForce technology to life, we’re not just solving Bitcoin mining’s most critical challenge—we're creating an entirely new standard for sustainable, high-performance operations.”

“这个项目凸显了创新与协作的力量，”ART Digital 首席战略与创新官 Brian Snyder 说道。 “通过将 JouleForce 技术变为现实，我们不仅解决了比特币挖矿最关键的挑战，而且还为可持续、高性能运营创建了一个全新的标准。”

This breakthrough technology and strategic collaboration underscore A.R.T. Digital's commitment to advancing the Bitcoin mining industry, opening doors to untapped energy-rich regions and setting the stage for transformative growth.

这项突破性技术和战略合作凸显了 ART Digital 致力于推动比特币挖矿行业发展、为未开发能源丰富地区打开大门并为变革性增长奠定基础。

Advancing Cooling EfficiencyAs Bitcoin mining hardware evolves to smaller, more powerful nodes like 3nm processors, thermal management has emerged as a critical challenge. Traditional cooling systems depend on large temperature differentials (delta T) between the chip's operating temperature and intake air to dissipate heat effectively. In warmer climates where ambient air exceeds 95°F (35°C), this reliance significantly reduces efficiency, forcing machines to throttle performance, lower hash rate output and ultimately diminish mining profitability.

提高冷却效率随着比特币挖矿硬件发展到更小、更强大的节点（如 3nm 处理器），热管理已成为一项关键挑战。传统的冷却系统依靠芯片工作温度和进气之间的较大温差（delta T）来有效散热。在环境空气温度超过 95°F (35°C) 的温暖气候下，这种依赖会显着降低效率，迫使机器限制性能，降低算力输出，最终降低挖矿盈利能力。

Even in controlled environments with intake air at 70°F, conventional heat sinks fall short. A chip operating at 185°F typically exhausts air at only 100-110°F, creating a large and inefficient temperature gap. This inefficiency drives higher energy consumption for fans, HVAC systems and other cooling infrastructure, adding substantial operational costs.

即使在进气温度为 70°F 的受控环境中，传统散热器也无法满足要求。在 185°F 下运行的芯片通常仅以 100-110°F 的温度排出空气，从而产生较大且低效的温差。这种低效率导致风扇、暖通空调系统和其他冷却基础设施的能耗更高，从而增加了大量的运营成本。

Forced Physics’ JouleForce cooling technology addresses this challenge head-on. By utilizing a vapor chamber coupled with their patented engineered blades, the system maximizes thermal exchange between air molecules and the heat sink surface. Unlike traditional systems, JouleForce minimizes the temperature gap, allowing exhaust air temperatures to approach the chip's operating temperature even in extreme heat, enabling efficient and reliable performance where conventional solutions fail. In cooler environments, this innovation allows for effective overclocking.

ForcedPhysics 的 JouleForce 冷却技术正面解决了这一挑战。通过利用均热板及其专利设计叶片，该系统最大限度地提高了空气分子和散热器表面之间的热交换。与传统系统不同，JouleForce 最大限度地减少了温度差距，即使在极端高温下，排气温度也能接近芯片的工作温度，从而在传统解决方案无法实现的情况下实现高效可靠的性能。在较冷的环境中，这项创新可以实现有效的超频。

Key benefits of JouleForce cooling technology include:

JouleForce 冷却技术的主要优点包括：

This breakthrough enables mining systems to operate efficiently in extreme environments, unlocking opportunities in energy-abundant but traditionally impractical regions.

这一突破使采矿系统能够在极端环境下高效运行，为能源丰富但传统上不切实际的地区带来机遇。

“This isn’t just incremental progress—it's a complete rethinking of air cooling,” said Brian Snyder, Chief Strategy and Innovation Officer at A.R.T. Digital. “While delta T inefficiencies limit traditional systems, JouleForce technology aligns cooling performance directly with the chip's needs. This enables Bitcoin miners to operate efficiently where other systems simply cannot.

“这不仅仅是渐进式的进步，而是对空气冷却的彻底重新思考，”ART Digital 首席战略和创新官 Brian Snyder 说道。 “虽然 Delta T 效率低下限制了传统系统，但 JouleForce 技术使冷却性能直接与芯片需求保持一致。这使得比特币矿工能够高效运行，而其他系统根本无法做到这一点。

Real-World Validation and ScalabilityJouleForce cooling technology has demonstrated stable operation in extreme temperatures where traditional systems fail or throttle performance. Powered by a single high-power blower, the system optimizes energy efficiency and density, offering a scalable, water-free solution. This innovative design eliminates operational complexities and reduces infrastructure costs, making it ideal for deployment in energy-rich but hot climates like the Middle East, South America and other regions with scarce water resources.

现实世界验证和可扩展性JouleForce 冷却技术已证明在传统系统出现故障或性能受到限制的极端温度下也能稳定运行。该系统由单个高功率鼓风机提供动力，优化了能源效率和密度，提供了可扩展的无水解决方案。这种创新设计消除了操作复杂性并降低了基础设施成本，非常适合在能源丰富但气候炎热的中东、南美和其他水资源稀缺的地区部署。

Unlocking a New Era of MiningJouleForce technology empowers Bitcoin miners to:

开启 MiningJouleForce 技术的新时代，使比特币矿工能够：

This innovation addresses the thermal limitations of modern mining hardware, setting a new standard for efficiency and sustainability and paving the way for the future of Bitcoin mining in underdeveloped, energy-abundant regions.

这项创新解决了现代挖矿硬件的热限制，为效率和可持续性设定了新标准，并为欠发达、能源丰富地区的比特币挖矿的未来铺平了道路。