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BTC Bitdeer在Soluna得克萨斯州Kati 1项目追加部署约7兆瓦挖矿设备
Bitdeer正在得克萨斯州南部的Soluna公司Project Kati 1项目中追加部署约7兆瓦的挖矿设备，使其在该地点的总部署规模达到35兆瓦。此次扩容将增加约2.42艾哈希/秒（EH/s）的算力，预计将于2026年11月完成。
新增容量使K1BC阶段完全满负荷运行。K1BC是Project Kati 1的一个组成部分，这是一个装机容量为83兆瓦的风力发电数据中心。在Soluna与Bitdeer共同拥有的联合挖矿结构下，Soluna提供场地、电力及交钥匙运营服务，而Bitdeer则提供并拥有其Sealminer A2 Pro Air挖矿设备，双方共享由此产生的挖矿收益。
合作模式加速产能扩张
Soluna Holdings于2026年9月28日向美国证券交易委员会（SEC）提交的文件披露，Bitdeer将其在Soluna位于得克萨斯州南部的Project Kati 1站点的挖矿部署从原先的28兆瓦协议扩大至35兆瓦，增加了约7兆瓦的额外挖矿设备。这一扩展预计将增加约2.42艾哈希/秒的算力，并计划于2026年11月完工。
Soluna首席执行官John Belizaire在文件中表示：“我们于八月与Bitdeer达成了首次联合挖矿协议，而在该部署尚未完成之际，我们便已启动扩建。”他强调，此次扩建证明了原定的28兆瓦安排迅速填满了场地的可用容量。
Such joint mining arrangements allow infrastructure operators such as Soluna to benefit from monetization of power and site capacity without directly owning the mining hardware; at the same time, equipment owners like Bitdeer do not have to develop facilities from scratch, allowing access to existing and power-eligible sites. This structure has become an increasingly common way for both parties to expand bitcoin mining capacity more quickly than each other could operate independently.
Combining renewable energy with flexible computing power
Project Kati 1 is one of multiple sites in Soluna's broader development pipeline that aims to combine renewable energy power generation with flexible, adjustable computing loads such as Bitcoin mining and, increasingly, artificial intelligence data center capacity. The second expansion is advancing rapidly after the first agreement, indicating that demand for deployable mining capacity at wind power stations remains strong as of the fourth quarter of 2026.
Combining wind power generation with Bitcoin mining has become a widely adopted strategy by developers to monetize intermittent renewable energy. During periods of oversupply, these sources of energy are often abandoned or sold at low prices because mining loads can be rapidly increased and decreased to absorb any available power without the need for other flexible-demand applications that are typically required for grid-level energy storage.
