Anthropic signed a $10 billion deal with a company that had existed for only seven months.
That same week, investors valued Volta at $2.4 billion.
Source: TradedVC
This archetype is old as history itself: the intermediary who owns nothing and controls everything.
- Aristotle Onassis contracted long term charters with the oil majors before ordering the vessels, then pledged those charters as security for the construction financing.
- Marc Rich founded Marc Rich + Co in Zug in 1974 and priced access rather than product. He intermediated between sellers with limited market reach and buyers with limited supply access, earning the spread for assuming the counterparty risk.
What Volta develops
Volta develops powered shells. A powered shell is a building with a power supply of 50 to 150 megawatts already installed. A colocation operator such as Bitdeer, Vantage, Equinix or NTT installs the racks, cooling and network, signs the customer and keeps the site online. The delivery obligation of Volta terminates at the point of electrical supply and the completed building envelope.
Source: Official Volta Website
Each site passes through five stages before handover:
- Site selection along corridors with existing grid headroom
- Land acquisition paired with a connection agreement from the transmission operator
- Regulatory approval for the building and the grid connection
- Institutional capital structured against the site
- Handover to an operating partner
Stage two determines the economics. A developer who applies to an open connection queue waits five to seven years for the same permission Volta secures in twelve to eighteen months by starting at a substation with headroom already available.
Stage four depends on the power supply behind the site, and Volta contracts four sources for a single load:
- A high voltage grid connection
- Owned solar capacity
- Owned wind capacity
- Power purchase agreements with third party generators
Four contracts cover one load, so a delay in any single one of them still leaves the site supplied.Norway works the other way around
At Tydal the roles reverse. Bitdeer owns the campus, and Volta signed a sixteen year colocation agreement with a reported base term value of around $4.7 billion. Banks reportedly arranged about $1.3 billion in standby letters of credit behind the payment obligations of Volta to Bitdeer. Volta installs the Vera Rubin systems and sells the finished capacity to the customer. The building stays with the landlord, the customer contract stays with Volta.
The Playbook
- Start with grid access. Transmission operators publish data on available capacity and connection queues. Identify substations with at least 50 megawatts of headroom, then search for appropriately zoned industrial land within a three kilometer radius. Much of this work is possible through public registers.
- Secure the land without buying it outright. A registered purchase option typically costs between 1 and 3 percent of the agreed price each year and locks up a parcel for three to five years. Once the option is signed, file the grid connection application. In congested markets a new project waits five to seven years for a connection. A site near a substation with spare capacity receives approval within twelve to eighteen months.
- Obtain the permits and secure a customer. A six year commitment from a creditworthy counterparty supports construction debt and turns a permitted site into a financeable asset.
- Match the site to the hardware. Tydal is designed to provide roughly 133 megawatts of gross capacity on Norwegian hydropower, with Vera Rubin systems expected in two phases through March 2027. The hardware requires liquid cooling, and the Norwegian climate helps hold power usage effectiveness near 1.1.
- Choose the right point of exit. Land, grid access and the building shell cost between $4 million and $8 million per megawatt, so a 100 megawatt project requires between $400 million and $800 million before the computing hardware arrives. A permitted site with secured grid capacity sells before construction at a higher return. A completed and leased data center offers lower returns and suits long term investors.
- Select the market carefully. Norway currently offers abundant hydropower and relatively short connection distances.
- Choose an entry level. Acquire a project company with an early queue position. Secure an option on land and submit a connection application. Or develop a fully powered shell with an anchor customer and committed financing.
- Focus on the scarce assets. The project begins with control of the land, a credible route to grid capacity and an early place in the connection queue. Volta sells powered shells. A powered shell is a building with a power supply of 50 to 150 megawatts already installed. A colocation operator such as Bitdeer or Equinix installs the racks, cooling, and network, signs the customer, and keeps the site online.
