First Case replaces 11.600+ batteries across 50+ UPS systems at a data center in Germany. Each block is installed and connected to continuous per-block monitoring, keeping the standby power reliable and under watch.
11.600+ batteries replaced across 50+ UPS systems in Germany, with continuous per-block monitoring.
In a data center, the standby power stands or falls by the condition of the batteries. In Germany, First Case replaces 11.600+ batteries across 50+ UPS systems, from large 1.140 kW units to smaller systems, and connects each block to continuous monitoring. The work is done per system and string, so the remaining UPS capacity stays available. A dedicated team works on site across multiple visits.
The scope: installation of all batteries plus connection to a monitoring system that follows each block continuously. Optionally, an annual preventive check with final verification per battery can be added.
The replacement is scheduled per UPS system and string, so the remaining capacity stays available.
The batteries are replaced and connected per string, across 50+ UPS systems.
Each block is connected to a system that continuously monitors voltage and condition.
After installation, a final verification per battery follows before the system is released.
Optionally an annual preventive check, with verification and monitoring per battery.
The replacement is scheduled across 50+ UPS systems per system and string. By working per string, the remaining UPS capacity stays available during the work. A dedicated team is scheduled for multiple visits to the site in Germany.
Per string, the batteries are replaced and connected, across all 50+ UPS systems. Each block is linked to a system that continuously monitors voltage and condition. That way it is clear right after replacement how each block is holding up.
Before a system is released, a final verification per battery follows. The monitoring confirms that each block is within values. Optionally, an annual preventive check safeguards the condition over the long term.
A fixed flow: plan, replace, monitor, verify.
Replacement planned per UPS system and string, remaining capacity available.
Batteries replaced and connected per string, across 50+ systems.
Each block linked to continuous per-block monitoring.
Final check per battery before the system is released.
Annual check with verification and monitoring per battery.
We replaced 11.600+ batteries across 50+ UPS systems, string by string, so the remaining capacity stayed available. Every block was connected to per-block monitoring and verified individually, then handed over to the operator.
Planned electrical work on the entire electrical installation of a hyperscale data center in the Netherlands with a fixed supervisor-led crew, more than 200 planned working days over several months.
12 UPS systems placed and fully DC-cabled in a colocation data center in the Netherlands, 144 cables of 95 mm², every conductor labeled.
A new busbar system tested with a 1 MW loadbank, both feeds loaded separately and in steps, with five compact units under a single remote control.
11.600+ batteries replaced across 50+ UPS systems in Germany, per system and string. Each block continuously monitored.
A dedicated team on site, optionally an annual preventive check.
One party replaces, monitors and safeguards the entire battery fleet.
The replacement is scheduled per UPS system and string, so the remaining capacity stays available.
The batteries are replaced and connected per string, across 50+ UPS systems.
Each block is connected to a system that continuously monitors voltage and condition.
After installation, a final verification per battery follows before the system is released.
Optionally an annual preventive check, with verification and monitoring per battery.
The replacement is scheduled across 50+ UPS systems per system and string. By working per string, the remaining UPS capacity stays available during the work. A dedicated team is scheduled for multiple visits to the site in Germany.
Per string, the batteries are replaced and connected, across all 50+ UPS systems. Each block is linked to a system that continuously monitors voltage and condition. That way it is clear right after replacement how each block is holding up.
Before a system is released, a final verification per battery follows. The monitoring confirms that each block is within values. Optionally, an annual preventive check safeguards the condition over the long term.
Replacement planned per UPS system and string, remaining capacity available.
Batteries replaced and connected per string, across 50+ systems.
Each block linked to continuous per-block monitoring.
Final check per battery before the system is released.
Annual check with verification and monitoring per battery.
We replaced 11.600+ batteries across 50+ UPS systems, string by string, so the remaining capacity stayed available. Every block was connected to per-block monitoring and verified individually, then handed over to the operator.
Planned electrical work on the entire electrical installation of a hyperscale data center in the Netherlands with a fixed supervisor-led crew, more than 200 planned working days over several months.
12 UPS systems placed and fully DC-cabled in a colocation data center in the Netherlands, 144 cables of 95 mm², every conductor labeled.
A new busbar system tested with a 1 MW loadbank, both feeds loaded separately and in steps, with five compact units under a single remote control.
One address, from transport to handover. A response within 24 hours.