Remote Power Panel Financing

Remote power panels extend the UPS or main PDU output to the row and rack level, providing the circuit-level breaker protection and load monitoring that keeps individual racks properly protected and individually switchable without affecting adjacent equipment. An RPP positioned at the end of a row of racks eliminates the long branch circuit runs from a centralized panel that would otherwise introduce voltage drop and make individual circuit management impractical in large data halls. The panels are straightforward in concept but represent real capital: an RPP with 42 to 84 circuits, per-circuit metering, and remote monitoring capability for a high-density row is not a trivial line item in the infrastructure BOM.

We finance remote power panels as standalone transactions and as part of larger white space distribution infrastructure projects that also include busway systems, floor-standing PDUs, and server rack infrastructure. Application-only approval is available up to $400,000 for single-procurement RPP projects. Larger multi-RPP procurements for complete data hall buildouts move through a standard credit review and fund in about one to two weeks.

Remote power panels for data centers are available in 208V single-phase, 208V three-phase, and 480V three-phase configurations, with branch circuit counts typically ranging from 24 to 84 circuits per panel. The panels include a main breaker or main lug connection from the upstream PDU or busway tap-off, individual circuit breakers for each branch circuit output, and in modern configurations, per-circuit current metering with remote monitoring through network-connected monitoring modules.

Manufacturers of RPPs for data centers include Eaton (RPP and ePDU product lines), Schneider Electric (PDI brand and others), Siemens, and Raritan, among others. Intelligent RPPs with SNMP-addressable monitoring, environmental sensors, and per-circuit load reporting are increasingly standard in new builds because they provide the operational visibility that facilities teams need to manage increasing power densities.

An important design consideration in RPP specification is whether the panel serves a redundant dual-corded load topology, where each rack has both an A-side and B-side power path, each fed from a separate RPP. In that architecture, each row of racks is served by two RPPs from independent UPS outputs. Financing can cover both A-side and B-side RPPs in a single transaction.

RPPs are closely related to static transfer switches in the redundant architecture: an STS positioned between the two UPS feeds and the RPP provides automatic transfer if one UPS path fails, maintaining power to the load without manual intervention. The full redundant distribution package including RPPs and STS units can be financed together.

Colocation providers equipping new data halls are the primary market. A 500-rack hall may have 30 to 50 RPPs covering both A and B power paths, and the total RPP procurement cost is a material capital line item. Enterprise data centers doing full white space refreshes, including replacing older non-metered branch circuit panels with intelligent RPPs, are another common use case.

AI and machine learning operators building high-density GPU clusters need RPPs rated for the higher per-circuit loads that GPU infrastructure demands. A row of GPU servers drawing 10 to 15 kW per rack requires branch circuit sizing and panel ratings well above what a standard compute-density RPP is designed for. Financing the high-density distribution infrastructure for these deployments is a distinct procurement event.

A data hall distribution scope that bundles RPPs with the upstream power distribution units (PDUs) and the overhead busway tap-off infrastructure creates a larger transaction that may open up better financing terms than a panel-only procurement. The full distribution layer from the UPS secondary output to the rack-level circuit often runs several hundred thousand dollars to over a million for a complete data hall, and lenders assess that full scope positively.

The documentation that moves an RPP transaction through credit fastest is a complete bill of materials with manufacturer model numbers, a floor plan showing the RPP placement and row assignments, and the UPS or PDU that serves as the upstream source. When panel procurement is part of a broader construction contract with a design-build contractor, the contract itself can serve as part of the supporting documentation.

For operators adding RPPs to an existing, operating facility as part of a capacity expansion, the transaction is assessed on the new equipment value and the operator's credit. The fact that the existing hall is operational and generating revenue typically works in the applicant's favor from a creditworthiness standpoint, because it demonstrates that the business model is executing and revenue is flowing.

An intelligent 42-circuit 208V RPP with per-circuit metering and remote monitoring might cost $5,000 to $15,000. At 30 to 50 units for a full hall, the total RPP procurement runs $150,000 to $750,000 or more. This is clearly a financing-appropriate capital expenditure for most operators. Combined with PDUs and busway, the complete distribution layer for a mid-sized data hall can represent a million-dollar procurement event.

Financing terms for RPPs typically run 36 to 48 months. The equipment is relatively straightforward and underwriting is fast. Dollar buyout leases and equipment loans are the most common structures for RPP procurement. For operators wanting to maximize year-of-commissioning tax treatment, bonus depreciation applies to qualifying RPP equipment placed in service during the tax year.

Whether you are equipping a new hall or retrofitting an existing one, send us the RPP BOM and a brief application. We move quickly on distribution infrastructure financing.

Can I include both A-side and B-side RPPs for a redundant power architecture in the same financing transaction?

Yes. Both A-side and B-side panels are part of the same power distribution scope and can be financed together under one transaction.

My RPPs will be procured from two different vendors for different sections of the facility. Can they be combined in one transaction?

Yes, provided the procurement events and delivery dates are close enough to support a single funding event, or we structure a draw facility with two funding events. We work with your procurement timeline.

Can I finance high-density RPPs that are rated for 40A or 50A circuits rather than standard 20A?

Yes. Higher-rated branch circuit panels for dense power applications are financeable. The specification does not affect eligibility; the total cost and the borrower's credit profile are what drive the transaction.

Are there RPP financing options for a colocation expansion where the additional panels are going into an existing operational facility?

Yes. Adding RPPs to an existing facility for a capacity expansion is a standalone transaction. The facility's operational status does not affect eligibility.

Can I roll in the cost of electrical installation labor when financing RPPs?

Soft cost inclusion depends on the specific transaction structure. If the RPPs and installation are on a single turnkey contract from one vendor, the full contract value may be includable. If installation is on a separate contract, it is typically handled separately.

What happens if my panel count changes between application and delivery because the layout shifted?

Financing can be adjusted at funding to reflect the final bill of materials, provided the change is not a major reduction in total value. Minor panel count adjustments within 10 to 15 percent of the original scope are typically handled administratively without requiring a new credit approval.