FAQs
GENERAL FAQS
RexEdge supports projects involving critical Power and Cooling infrastructure, from new facility development and infrastructure upgrades to expansion and retrofit requirements.
RexEdge can be involved during the planning, engineering, equipment selection, procurement, or implementation stages. Early involvement can help align equipment requirements with the overall project design.
Start by sharing your application, equipment requirements, technical specifications, project scope, and any available drawings or equipment schedules with the RexEdge team.
Yes. A technical discussion can help establish the project requirements and determine the information needed for the next stage.
RexEdge supports projects involving critical power and cooling infrastructure, from new facility development and infrastructure upgrades to expansion and retrofit requirements.
Where technically feasible, equipment configurations can be adapted to meet specific project requirements rather than relying solely on a standard configuration.
RexEdge is developing its Power and Cooling solutions for critical infrastructure applications and works to support projects requiring engineered electrical and thermal systems in the US and international markets.
Yes. Engineering, procurement, contractors, developers, and other project stakeholders can contact RexEdge to discuss equipment requirements, specifications, and project applications.
RexEdge can evaluate requirements for large-scale infrastructure projects and develop Power and Cooling equipment or systems according to project specifications and capacity requirements.
DATA CENTER FAQs
Yes. RexEdge provides Power and Cooling solutions designed to support data center electrical distribution and thermal management requirements.
RexEdge addresses high-density infrastructure requirements through engineered Power and Cooling solutions designed around increasing electrical loads, rack densities, thermal loads, redundancy, and facility constraints.
Key considerations include electrical load, redundancy, voltage levels, power distribution architecture, rack density, cooling capacity, heat rejection, space, scalability, monitoring, maintainability, and future expansion.
Yes. RexEdge solutions can be evaluated for both new-build and retrofit projects depending on technical requirements, existing infrastructure, available space, and integration constraints.
Liquid cooling uses a liquid coolant to transfer heat away from high-density computing equipment. It can support higher rack densities where traditional air cooling may become less effective.
RexEdge provides engineered Cooling solutions for data centers and industrial applications, including liquid cooling and thermal management systems designed around project-specific heat loads and operating requirements.
What cooling solution is suitable for a high-density data center?
Yes. Cooling systems can be engineered around required cooling capacity, flow rate, temperature, pressure, redundancy, footprint, controls, and facility integration requirements.
RexEdge solutions can be evaluated for retrofit and expansion projects based on existing infrastructure, available space, IT load, cooling capacity, and integration requirements.
RexEdge provides Power system solutions including transformers, substation transformers, compact transformers, dry-type transformers, pad-mounted transformers, switchgear, remote power panels, and other electrical distribution equipment.
Transformer selection depends on the required capacity, primary and secondary voltage, frequency, impedance, load profile, installation environment, cooling method, future expansion, and applicable project requirements.
A dry-type transformer uses a non-liquid insulation system, while a liquid-filled transformer uses insulating liquid for insulation and heat transfer. The appropriate choice depends on the installation environment, capacity, safety requirements, operating conditions, and project specifications.
Electrical switchgear combines switching, protection, control, and isolation equipment to manage electrical power systems safely and reliably.
A Remote Power Panel is an electrical distribution enclosure used to distribute power to downstream loads. RPPs are commonly used in data centers and other facilities requiring organized and scalable power distribution.