Plan the shared infrastructure.
Assess grid capacity, metering, protection, battery placement, access and the separation required between site systems.
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BESS, Grid Balancing & Heat Recovery
BESS, grid balancing
and useful heat.
We develop battery storage alongside datacenters and offer project services for grid balancing and waste heat recovery. The electrical and thermal systems are planned together, with a defined delivery and operating scope.
Battery storage concept / Riveon archive
Storage at the site.
Flexibility for the grid.
Connect battery operations, compute demand and local heat use through clearly defined electrical and thermal interfaces.
01 / BESS co-location
Battery storage.
Beside the datacenter.
A battery energy storage system (BESS) is part of our integrated site approach. We develop storage alongside compute, connecting technical design with site and commercial requirements.
Size for the actual duty.
Match battery power and storage duration to dispatch, connection limits, cycling and the planned revenue model.
Define the operating envelope.
Agree state-of-charge limits, maintenance, safety responsibilities and the priority of committed compute services.
02 / Grid balancing
Flexibility for the grid.
Clear limits for the site.
We offer the development and integration of battery-based grid balancing: controllable power that can respond to electricity-system needs within the permitted operating limits.
01
Prepare market access.
Qualification & responsibilitiesDefine eligible reserve products, telemetry and control requirements with the relevant market-access partner. Commercial activation follows the required approvals.
02
Coordinate dispatch.
Energy management / NEXXUSDevelop the control concept for battery schedules, grid obligations and agreed compute flexibility. Interfaces and functionality are validated for the project.
03
Protect committed services.
Power limits & availabilityKeep battery commitments and compute availability consistent. Grid-balancing capacity cannot also be promised for another incompatible use. Critical workloads require their own resilience design.
03 / Waste heat recovery
Give the heat
a useful destination.
We offer heat-recovery planning and integration for datacenter projects. The aim is a usable heat supply matched to nearby industrial or district-heating demand.
Start at the cooling loop.
Determine available heat, temperatures and seasonal operating profiles. Design heat exchangers around the datacenter cooling requirements.
Find the right heat demand.
Assess the customer's temperature, volume and seasonal demand. Include a heat pump where the required supply temperature makes one necessary.
Agree delivery and metering.
Plan the thermal connection, investment scope, operating responsibility and offtake agreement before promising delivered heat.
Project scoping
Three conversations.
One site plan.
Compute customers
Share workload, power, cooling and availability requirements. Separate steady critical demand from any compute load explicitly agreed as flexible.
Energy and infrastructure partners
Bring connection information, storage requirements and your role in development, equipment or market access.
Heat customers
Share temperature requirements, demand profiles, distance and existing network interfaces. We will assess a potential fit with the datacenter's heat output.
Develop a project with us
Where could we connect?
Tell us about your compute, energy or heat requirements.