The joint venture has identified and is actively developing multiple, strategically-located sites to host next-generation, mission critical, hyperscale data centers which will be designed and configured with the objective to:
- deliver sustained and long-term competitive cost advantages to the data center operators in land, power, utilities and related infrastructure costs;
- provide low-cost ‘around the clock’ renewable power supply and back-up resiliency solutions;
- assist hyperscale data center operators in meeting their accelerating carbon reduction and ‘net zero’ targets with low-cost renewable power; and
- permit certification of each data center campus under the Department of Defence Protection Level 4+.
“Demand for high-performance computing and data storage is expanding at an extraordinary pace, as is the need for those resources to be powered by renewable energy, which makes now the opportune time to partner with a like-minded specialist data center developer. Birch is that partner for Quinbrook,” said David Scaysbrook, co-founder and managing partner of Quinbrook. “We are looking forward to combining our experience in renewable energy project development, construction and investment with Birch’s specialist expertise in data center siting and structuring of low cost power and utilities solutions, to address the acute demand for next generation, hyperscale data centers delivering a net zero carbon footprint.”
Quinbrook considers that demand for data computing and storage capacity is likely to grow at unprecedented rates over coming years as internet adoption rates increase and the products and services used by these internet users also increase in size.
Added Scaysbrook, “As the scale of the energy and water consumption and resultant environmental impact of data centers expands, the provenance of their energy supplies and the carbon intensity of those supplies is becoming an increasingly critical requirement in site selection. Recent public announcements made by many of the hyperscale operators indicate that several of them have already committed to using 100% renewable energy and to reducing their carbon footprint significantly by 2030 and beyond. The Quinbrook/Birch joint venture is dedicated to the conviction that renewable power supply and site selection are now integrally related and completely symbiotic.”
“We are excited about the opportunities that come through partnering with an experienced energy investment firm such as Quinbrook,” said Kenneth Davies, co-founder and Chief Risk Officer for Birch. “Hyperscale, renewable-powered data centers are the future, and we’re thrilled to pair our experience with Quinbrook’s to help shape that future.”
Birch Infrastructure (www.birch.coop) is an independent, employee-owned developer of shovel-ready data center industrial campuses (>50MW) designed to capture fundamental cost advantages related to land acquisition, renewable power supply and other infrastructure and utilities. Birch’s senior executive team have deep industry experience in data center site identification in the US that covers both power sector knowledge as well as hyperscale data center insider knowledge. The Birch team have an exceptional track record of innovative project development and origination of first-of-a-kind offtake structures for utility scale renewables.
Quinbrook Infrastructure Partners (www.quinbrook.com) is a specialist investment manager focused exclusively on lower carbon and renewable energy infrastructure investment and operational asset management in the U.S., U.K. and Australia. Quinbrook is led and managed by a senior team of power industry professionals who have collectively invested over US $8 billion of equity in energy infrastructure assets since the early 1990s, representing a total enterprise value of US $28.7 billion or 19.5 GW of power supply capacity. Quinbrook's investment and asset management team has offices in Houston, London, Jersey, and the Gold Coast of Australia. Quinbrook's global investment and portfolio company teams are actively developing and constructing a portfolio exceeding 8GW of onshore wind, solar PV, reserve peaking power, battery storage projects, grid support infrastructure, Virtual Power Plants and Community Energy Networks across the U.S., U.K. and Australia.