The context
There is a growing need for edge data processing with low latency
Micro edge data centres are composed of 1 or 2 racks
Modular edge data centres are supplied in a transportable container or skid
Integration challenges
Facilitate hardware selection & installation
Reduce footprint
Project cost optimisation
On-time project delivery
Adapted to high volume production
Operation challenges
Maximise power availability
Remote monitoring of isolated systems
Optimise energy usage
Simplify and optimise maintenance
Robust equipment suitable for all environments
Our solutions
Every step of the way
Innovation is at the heart of our solutions. We aim to answer your needs at each step of your project.
Schematic
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Schematic
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Schematic
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Schematic
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Design
1
Total single phase protection UPS
- Simple to install in 19” rack, no configuration
- High protection, 1+1 redundancy configuration possible
- IoT ready device for access to connected services
2
Optimise availability and balance loads across phases
- Monitor residual currents to comply with legislation and reduce losses of service during testing
- Improve load management and balance phases
- Predict insulation faults before they occur
- Smart alarming to identify faults or energy wastage
3
Tailored edge protection 3 phase UPS
- Full performance up to 40ºC without derating
- Lithium battery option
- High efficiency and eco-mode
- 19” rack format and front access for safe maintenance
4
Secure and flexible electrical power
- Safely start the generator and transfer power
- Compact footprint for optimised installation
- All comms options (RS485, Ethernet, SNMP) for monitoring
5
Modular rack-mounted 3 phase UPS
- Easy to integrate, designed for 19” racks
- Configurable N+1 redundancy (75kVA)
- Hot swap modules for low MTTR
- 1M hours MTBF certified by third-party lab
6
Modular fault tolerant power without compromise
- Flexibility to increase the power output live
- High efficiency eco-mode operation
- Ultimate supply redundancy
- Minimal MTTR with a spare power module on-site
7
Optimise availability and balance loads across phases
- Monitor residual currents to comply with legislation and reduce losses of service during testing
- Improve load management and balance phases
- Predict insulation faults before they occur
- Smart alarming to identify faults or energy wastage
Select
The challenge:
- Optimise the architecture for high levels of reliability
- Select the right UPS considering runtime needs and maintainability
- Build a multi-point metering system
1
Transfer Switch Selector software
Determine the optimum transfer switch for your installation
- Create an account to receive editable design files and pricing
- Enter your needs to create a system diagram, parts list and specification
2
UPS Selector software
Determine the optimum UPS
- Enter your installation parameters and see the recommended UPS
- Access technical data
3
Meter Selector software
- Create an account to receive editable design files and pricing
- Enter your specifications to create a system diagram and parts list
4
Meter Selector software
- Create an account to receive editable design files and pricing
- Enter your specifications to create a system diagram and parts list
Maintain
The challenge: maximum availability
How can you optimise the performance of the equipment that supplies continuous power to your critical loads - throughout the entire life cycle? Edge data centres can be located anywhere, making regular inspection and service visits difficult. This means that remote monitoring is crucial in order to maximise availability.
1
SoLink remote monitoring – preventive maintenance
- Restore your systems in record time
- Improve future performance
2
NET VISION
- Web/SNMP interface for remote supervision
- Devices supplied by UPS can be shutdown remotely in critical situations
3
Environmental monitoring and reporting
- Bluetooth temperature/humidity sensors
- Gateway to centralise meter data + sensor data
- Cyber-secure Ethernet data transmission