The Nevera rewrote the electric performance record book. The Nevera R has just begun customer deliveries with 2,107 hp on tap. And Mate Rimac's stewardship of Bugatti has kept the Croatian brand spoken of in the same breath as the most storied names in motoring. All of that is true — and none of it is the whole story anymore.

Because the most consequential thing Rimac will build in 2026 may not be the car on your poster. It may be the battery rack humming inside an AI data center.

From Full Throttle to Server Rack

That shift became explicit with the news that Rimac Technology has partnered with ECOBLOX to bring its battery and power electronics expertise to AI data centers. It reads strangely for anyone who still files Rimac under "hypercar manufacturer" — until you remember what the company actually built its reputation on.

It was never the shape of the bodywork. It was the management of enormous electrical loads: extracting brutal performance from a battery pack without letting it destroy itself, and doing it with software and power electronics that are genuinely world-class. A hypercar discharging at full throttle is, in engineering terms, a violent stress test of the same fundamentals that govern grid-scale energy storage and data center resilience.

Why AI Needs What Rimac Already Knows

The timing is not accidental. AI's expansion has created an infrastructure crisis in miniature: compute clusters demand vast, stable, rapidly responsive power, and the grid was not designed for it. Data center operators are hunting for storage and power management solutions that can absorb spikes, buffer supply, and keep operating through interruptions.

Rimac's battery and power electronics technology — refined under the most unforgiving conditions motorsport and hypercar engineering can impose — maps onto that problem with unusual precision. The ECOBLOX partnership is the clearest signal yet that Rimac views its addressable market as anything but automotive.

The Hypercar Still Points the Way

Meanwhile, the automotive side of the business continues to push the frontier that made all of this credible. Rimac's collaboration with ProLogium on next-generation solid-state battery development has advanced to a cell-to-pack concept, with vehicle testing targeted for 2028.

That program matters for the same reason the data center pivot does: both are downstream of the same obsession with energy density, thermal behavior, and charging speed. A solid-state pack that is lighter and charges faster is a hypercar advantage, an EV industry breakthrough, and a commercial asset — all at once. The engineering is not a side project. It is the through-line.

A Simpler Structure, a Broader Ambition

The corporate backdrop reinforces the ambition. Hendrik A. Malinowski has taken a new role as CCO of Bugatti Rimac, and Porsche has completed its exit from the Bugatti Rimac shareholding while lifting its 2026 cash flow outlook. Porsche's departure is not a retreat from Rimac's story; it is a simplification of a structure that had grown complicated, leaving Mate Rimac with clearer control of a company whose interests now span hypercars, tier-one EV components, and stationary energy infrastructure.

What makes Rimac worth watching is precisely this refusal to stay in one lane. The Bugatti Tourbillon, a $4 million machine that Mate Rimac himself has been photographed pushing through snow and handing over to stunned car spotters, represents the brand's emotional peak. But the company's financial future may be decided in rooms full of server racks, where the selling points are uptime, thermal headroom, and cycle life rather than zero-to-sixty.

The same engineering culture that produced the Nevera is now being pointed at the least glamorous and most lucrative problem in technology. There is a version of this story in which Rimac becomes a battery supplier that happens to build hypercars — a company whose most famous products advertise a technology its real customers buy by the megawatt. Given the trajectory of the past twelve months, that version looks less like a thought experiment and more like a forecast.

The hypercar got Rimac noticed. The battery business is what will make it enormous.

因為 Rimac 今年最有份量嘅產品，可能唔係你牆上嗰張海報裏面嗰部車。而係一個喺 AI 數據中心入面低聲運轉嘅電池櫃。

由全油門到伺服器機櫃

呢個轉向，隨住 Rimac Technology 宣佈同 ECOBLOX 合作、將其電池與電力電子技術帶入 AI 數據中心而正式浮面。對於仍然將 Rimac 歸類為「超跑製造商」嘅人嚟講，呢單新聞讀落有啲突兀——直到你記起呢間公司真正嘅名聲係建立在咩之上。

從來都唔係車身嘅線條。而係對龐大電力負載嘅掌控：喺唔令電池自己玩完嘅前提下，榨取出野蠻嘅性能，而且靠嘅係真正世界級嘅軟件同電力電子技術。一部超跑全油門放電，以工程角度嚟講，就係對電網級儲能同數據中心韌性所遵循嘅同一套基本原理，進行一次暴力壓力測試。

點解 AI 需要 Rimac 已經識嘅嘢

時機唔係巧合。AI 嘅擴張製造咗一場縮影式嘅基建危機：運算叢集需要龐大、穩定、反應極快嘅電力，而電網由設計之初就冇預佢哋。數據中心營運商正四出搜尋儲能同電力管理方案，要能夠吸收尖峰、緩衝供電、喺中斷期間繼續運作。

Rimac 嘅電池同電力電子技術——喺賽車運動同超跑工程所能施加嘅最嚴苛條件下反覆錘煉——同呢個問題嘅契合度異常精準。同 ECOBLOX 嘅合作，係至今最清晰嘅訊號：Rimac 眼中嘅可觸及市場，絕對唔止於汽車。

超跑仍然係指路明燈

另一邊廂，汽車業務繼續推進嗰條令以上一切變得可信嘅前沿戰線。Rimac 同 ProLogium 喺新一代固態電池開發上嘅合作，已經推進到 cell-to-pack 概念階段，目標係 2028 年進行車輛測試。

呢個項目之所以重要，原因同數據中心轉向一樣：兩者都係同一份對能量密度、熱行為同充電速度嘅執迷所衍生出嚟嘅下游產物。一個更輕、充電更快嘅固態電池包，同時係超跑嘅優勢、電動車業界嘅突破、以及一項商業資產。呢啲工程唔係副業，而係貫穿一切嘅主線。

更精簡嘅架構，更宏大嘅野心

企業層面嘅背景亦印證咗呢份野心。Hendrik A. Malinowski 出任 Bugatti Rimac 嘅 CCO，而 Porsche 亦完成咗退出 Bugatti Rimac 持股，同時上調咗 2026 年現金流展望。Porsche 嘅離開唔係對 Rimac 故事嘅撤退，而係將一個已經變得複雜嘅架構簡化，令 Mate Rimac 對呢間利益橫跨超跑、一級電動車零部件同固定式能源基建嘅公司，擁有更清晰嘅掌控。

Rimac 值得留意嘅地方，正正就係呢種拒絕安於單一賽道嘅態度。Bugatti Tourbillon——一部價值 400 萬美元、Mate Rimac 本人被拍到喺雪地中推車、親手交到目瞪口呆嘅車迷手上嘅機器——代表咗品牌嘅情感高峰。但公司嘅財務未來，可能喺一室又一室嘅伺服器機櫃之間決定，嗰度嘅賣點係正常運行時間、熱餘裕同循環壽命，而唔係零百加速。

孕育出 Nevera 嘅同一套工程文化，而家正瞄準科技界最唔 glamorous、但最賺錢嘅問題。呢個故事有一個版本，係 Rimac 變成一個咁啱得閒會造超跑嘅電池供應商——一間最出名嘅產品係用嚟宣傳一項技術，而佢真正嘅客戶係以兆瓦為單位去買嗰項技術。以過去十二個月嘅軌跡嚟睇，呢個版本似乎唔多似思想實驗，而更似一份預測。

超跑令 Rimac 被看見。電池業務，先至係令佢變得巨大嘅關鍵。