Commercial Off Grid Solar Projects
Selected off grid energy systems designed by Maktinta for commercial facilities, remote infrastructure, water systems, and agricultural applications.
These projects combine solar generation, battery storage, controls, pumping, monitoring, and load management around the operating requirements of each site.
Off Grid Systems Built Around the Mission
These projects demonstrate why off grid energy design begins with the loads and operating requirements of the site.
A commercial laboratory, refugee camp water system, and agricultural irrigation network have completely different power profiles, storage requirements, controls, and consequences if equipment stops operating.
Maktinta evaluates those conditions before determining the solar array, battery storage, pumping equipment, controls, monitoring, and backup strategy required by the project.
OKC Process Lab
Commercial Off Grid Solar and Battery System
Oklahoma City, Oklahoma
Maktinta designed an off grid energy system for a 2,560 sq ft commercial facility constructed from eight 40 foot container modules.
The facility includes a 720 sq ft medical laboratory, commercial kitchen, showers, offices, production space, and a shop, creating a mix of critical and everyday electrical loads that must operate without relying on the utility grid.
The system combines approximately 35 kW of solar PV with battery storage to support the facility's independent operation.
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35 kW Solar PV system
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2,560 sq ft Off grid commercial facility
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8 containers Modular facility construction
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30 kW battery pack
Nyarugusu Refugee Camp
Off Grid Water and Energy Management
Tanzania
Maktinta implemented an off grid solar and control system supporting water pumping, irrigation, energy management, and remote monitoring at Nyarugusu Refugee Camp in Tanzania.
The AgroTEK control system automates pumping from a local water source into storage while monitoring tank levels and daily water requirements.
The system also manages soil moisture, irrigation schedules, flow rates, line pressure, filtration status, solar PV production, battery status, energy consumption, and cold storage temperature.
Operators can monitor and control the system remotely from connected devices while receiving automated status updates and alerts.
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Off grid solar Power for remote infrastructure
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Automated water management Pumping, storage, and irrigation
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Remote monitoring Energy, water, battery, and system status
California Agricultural Irrigation
Off Grid Solar Controls
Agricultural project supporting a Cambodian refugee resettled in California
Maktinta implemented an off grid solar powered irrigation and control system serving six agricultural fields in California.
The system automates irrigation based on actual field conditions while coordinating pump speed, water pressure, flow rates, filtration, and soil moisture at the root level.
Solar generation and battery storage support the remote infrastructure, while Maktinta's controls continuously monitor energy consumption, battery status, irrigation performance, and cold storage temperatures.
The system can operate automatically or be managed remotely through connected devices, with alerts delivered through web, email, or text.
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6 fields Automated irrigation management
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Solar and battery Off grid energy supply
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Remote controls Water, energy, irrigation, and cold storage monitoring
Power Is Only Part of the System
For remote facilities, knowing what the equipment is doing can be as important as generating the electricity that powers it. Maktinta integrates controls and remote monitoring with off grid systems so operators can track solar production, battery status, energy use, pumps, water levels, irrigation conditions, temperatures, and other critical operating data.
Automated alerts allow problems to be identified without requiring someone to remain onsite continuously.
Explore how Maktinta approaches load analysis, solar generation, battery sizing, generator integration, controls, remote monitoring, and resilient energy design.