Vertiv
APS LITHIUM PWR PROTECT EBC STRING2 YRS1-2
In Stock
Vertiv APS Lithium PWR Protect EBC String 2 Yrs 1-2 | Support
Vertiv
MPN: ZAPSL-PB-B2-02
$1,465.48$2,136.00
MAP: $1,345.68
Free shipping on orders over $500
Authorized Dealer — Full manufacturer warranty
Key Features
- 2-year covered period
- Supports 1-2 strings
- Vertiv support entitlement
- APS lithium power protection coverage
- Service coverage for configured deployments
- Support-warranty category offering
- Maintain service coverage for critical power assets with a 2-year support term
- Align entitlement to smaller deployments using support for 1-2 strings
Keep APS lithium power protection under a defined support umbrella with this 2-year Vertiv coverage for 1-2 strings. It is designed for environments where service continuity matters more than ad hoc repairs, giving infrastructure teams a clear support path tied to the protected configuration.
For procurement and operations teams, the value is in matching support duration to deployment scope. This entitlement helps reduce ambiguity around coverage windows and supported string count, making it easier to plan maintenance, budget service costs, and preserve uptime expectations across critical power assets.
When power protection is part of a larger availability strategy, the right support term matters. This Vertiv offering is suited to organizations that want a straightforward way to keep APS lithium power systems covered without overbuying service they do not need. It supports disciplined lifecycle planning and helps keep service ownership clear across the term.
Ideal For
- Supporting a small APS lithium power deployment in a branch or edge site
- Maintaining coverage for a limited-string critical power installation
- Budgeting service entitlement for a defined 2-year refresh cycle
- Standardizing support terms across a compact infrastructure footprint
Why This Product
- 12-year term for shorter planning cycles
- 2Coverage sized for 1-2 strings
- 3Clear entitlement for APS lithium power systems
- 4Better fit for compact deployments than broader service bundles