BMETAL.ai
[ Sustainability ]

Compute that gives heat back.

Urban density is only responsible if it earns its place. We match our energy with renewables, recover the heat we generate, and design every site to be a good neighbour.

[ The principle ]

A data center produces two things: computation and heat. We refuse to waste either.

Conventional facilities reject heat into the air and draw power from a strained grid. In the city, that's a missed opportunity. Our sites are designed to capture thermal output and route it to where warmth is genuinely useful.

The same proximity that makes our compute fast makes our heat valuable — to wellness operators, district systems, and buildings that would otherwise burn fuel for it.

100%
Renewable-matched energy
Target
≤1.2
Design PUE target
Power usage effectiveness
0
Heat sent to waste, by design
Local
Power generated behind the meter
[ How it works ]
01 / Energy

Behind-the-meter power

On-site and contracted clean generation reduces grid strain, improves resilience, and keeps our energy profile transparent and renewable-matched.

Renewable-matchedResilient
02 / Heat

Waste-heat recovery

We capture the thermal energy modern accelerators produce and deliver it to partners — from steam and hot water to space heating — instead of venting it.

District reuseWellness partners
03 / Buildings

Good-neighbour design

Quiet, low-emission, space-efficient sites that fit the urban fabric — and create local value rather than externalising cost onto the community.

Low-noiseSpace-efficient
[ A worked example ]

The heat from a training run can warm a bathhouse.

Pair an urban compute site with a thermal off-taker — a spa, a pool, a district loop — and the energy that would otherwise be rejected becomes a product in its own right. It's a cleaner footprint, a stronger community case, and a more durable site. That's the kind of partnership we design for from day one.

Responsible density is a design choice. We made it.