Off-Grid and Remote Communities
Smart Power Everywhere – from northern communities to office towers.
The reality is that not all energy storage applications can be handled by conventional Lead Acid technologies, be it for environmental, cycle life, energy density, or weight and size issues. Panacis’ modular powerpacks offer superior performance and smart monitoring for cleantech green energy programs. Each application is unique and Panacis has the technical and commercial knowhow to provide the appropriate solutions for large or small, off-grid or hybrid systems.
| Off-Grid primary power | Remote camps (mining, oil & gas) Remote northern communities |
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| Telecommunications primary or backup power | Remote communication towers Weight-constrained office towers and Data Centers |
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| Portable large-scale emergency power | Trailer mounted for:
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Panacis offers its flexible, modular PanaRay™ powerpack system for off-grid and back-up power applications that can be scaled from small camps to trailer-mounted solar or wind power generation to large remote community energy systems requiring hundreds of kilowatt hours or even 1 megawatt hour or greater.
Key Performance Advantages of the PanaRay™ modular battery system for off-grid Renewable Applications:
- Plug-and-Play configurable battery
- Expandable from one module to hundreds
- Smart Power: Built-in battery management and remote control and monitoring via the internet
- Field replaceable and upgradable
- High cycle life
- Standard modules in 3.3kWhr “units”
- Reliable, proven Lithium Polymer technology
- Low weight and compact size (volume)
- Superior cold weather performance below -20C
Download a PanaRay™ powerpack brochure here in PDF.
We also have a wide variety of battery pack, battery management, and power conversion system elements that can be combined to effectively solve any energy storage challenge.
For example, combining energy storage with a hybrid solar/wind and existing generators allows a single generator to feed a camp or community with the battery system, thus smoothing load peaks and limiting generator servicing and downtime while storing solar energy during the day for use at night.