Rapid deploy folding solar platform for remote sites. Pre-assembled, skid-mounted system delivers fast deployment and reliable off-grid power.
Designing Solar Systems for Extreme Terrain and Weather
Remote monitoring systems in harsh environments require solar power solutions built for snow, extreme temperatures, and challenging terrain.
SOL-20-MPPT: A Smarter MPPT Charge Controller
The Solisto SOL-20-MPPT is a high-efficiency MPPT charge controller designed specifically for remote solar power systems operating in oil and gas fields, environmental monitoring stations, traffic infrastructure, communications sites, and industrial automation deployments.
LFP Batteries for Remote Solar Power Systems
Solisto LFP batteries provide a clear lifecycle advantage over traditional lead acid solutions. At 80 percent depth of discharge, they can exceed 3,500 cycles, representing roughly ten times the usable life of many AGM batteries at similar discharge levels. For remote sites, this reduces replacement frequency and minimizes service visits.
Winter Solar Conditions Create Power Gaps
For remote monitoring, security, communications, and industrial control sites, power interruptions during winter can lead to data gaps, site visits, or operational risk. To address this challenge, SunWize integrates the SFC Energy EFOY Pro 2800 fuel cell into select off-grid solar and battery power systems, providing dependable supplemental power when winter solar availability is at its lowest.
Power Online Ready
POR Battery Backup Systems SunWize Power and Battery has developed the Power Online Ready (POR) line to provide standard battery backup system configurations through use of our pre-wired control panels. …
Hybrid Backup Power Systems
OEM Integrated, Multiple Power Source Input Battery Backup SystemsSunWize provides industrial customers with reliable and cost effective power solutions. The market has shown a strong need for reliable battery backup …
Power Online | AC & DC Battery Backup Systems
Solar and generator inputs can be added when extended backup times are needed and are designed to provide uninterrupted power to the load with a power reliability of 100%, and for 8 to 120 hours of autonomy.