Portable Solar: SMEG - Superior Mobile Energy Generator

David Frank
Dec 8
4 min read

CAD Drawing Portable Solar for Customer Visual

Empowering Remote Locations with Portable Renewable Solar Energy Solutions

Delivering reliable power to remote sites has long been a challenge. Farms, ranches, and oilfield operations often lie far beyond the reach of traditional electrical grids. Without dependable energy, these locations face operational delays, increased costs, and environmental concerns. Portable renewable energy systems offer a practical solution, providing clean, continuous power tailored to site needs. This post explores how these systems work, their benefits, and real-world applications that transform remote energy access.

Why Remote Locations Need Portable Solar Energy

Remote sites often rely on diesel generators or expensive grid extensions to meet power demands. Diesel generators produce noise, pollution, and require constant fuel deliveries, which can be costly and logistically difficult. Extending the grid to isolated areas involves significant infrastructure investment and long lead times.

Portable renewable energy systems address these issues by:

Reducing fuel dependency: Solar panels generate power without fuel.
Lowering emissions: Clean energy reduces carbon footprint and local pollution.
Increasing reliability: Systems designed for continuous operation provide power day and night.
Offering flexibility: Portable units can be moved or scaled as site needs change.

These advantages make renewable energy an attractive choice for farms, ranches, and remote industrial operations.

How Portable Renewable Energy Systems Work

Portable renewable energy solutions combine solar panels, and energy storage in modular units. These systems come in single-phase or three-phase configurations to match the electrical requirements of the site. Capacities are scalable, allowing customization based on power demand and environmental conditions by chaining multiple SMEGs together to achieve more power.

Key components include:

Solar panels: Capture sunlight and convert it into electricity during the day.
Battery storage: Stores excess energy for use during nighttime or low generation periods.
Power management system: Controls energy flow, balances supply and demand, and ensures stable output.
Inverters and transformers: Convert generated power to the correct voltage and phase for site equipment.

These elements are integrated into portable skid sheds, enabling rapid deployment and easy relocation.

Configurations Available

Our sized systems are single or three-phase

Option 1: 19.5 kW DC / 12 kW AC

Includes:

2 × 30 AMP, 240 V
1 × 50 AMP, 240 V
6 × 20 AMP, 120 V
15.6 kW Battery Storage (Expandable)

Option 2: 29.3 kW DC / 30 kW AC

Includes:

2 × 30 AMP, 240 V
4–5 × 50 AMP, 240 V
6 × 20 AMP, 120 V
31.2 kW Battery Storage (Expandable)

Available Options

Exterior Lighting
Remote 5G Monitoring

Connect SMEGs together to increase power and power storage.

Benefits of Portable Renewable Energy for Farms and Ranches

Agricultural operations benefit significantly from clean, reliable power:

Farms & ranches: Dry grain in the field without rushing to the silo; power irrigation, water pumping, and outbuildings.
Disaster response & remote living: Rapidly deliver safe, dependable power when and where it’s needed most.
Livestock management: Electric fencing and monitoring devices run continuously without grid dependence.
Cold storage: Refrigeration units maintain produce quality, powered sustainably.
Remote lighting: Solar lighting improves safety and extends working hours.

Farmers gain energy independence, reduce operational expenses, and support environmental stewardship.

Supporting Remote Oilfield Operations

Oilfields often operate in harsh, isolated environments where power is critical for drilling, monitoring, and safety systems.

Portable renewable energy systems provide:

Continuous power: Batteries and hybrid generation prevent downtime.
Remote oilfield operations: Keep compressor stations, field houses, and construction sites running—without generator babysitting.
Reduced fuel logistics: Less reliance on diesel deliveries lowers costs and risks.
Lower emissions: Cleaner operations align with environmental regulations and community expectations.
Rapid deployment: Systems can be installed quickly to support new or temporary sites.

These advantages improve operational efficiency and reduce environmental impact.

Case Study: Portable Renewable Energy on a Remote Ranch

If a ranch in a mountainous region faced frequent power outages due to unreliable grid connections. The ranch installed a portable renewable energy system combining solar panels, and battery storage.

Results could include:

Stable power supply for irrigation pumps and livestock monitoring.
Reduced diesel generator use by 80%, cutting fuel costs and noise.
Improved operational flexibility with a system that could be relocated as needed.
Positive environmental impact through lower emissions.

This example shows how tailored renewable solutions could meet specific remote site challenges.

Installation and Maintenance Considerations

Portable renewable energy systems are designed for ease of setup and upkeep:

Rapid deployment: Prefabricated units minimize installation time.
Modular design: Components can be added or removed to adjust capacity.
Remote monitoring: Systems often include software to track performance and detect issues.
Routine maintenance: Solar panels require cleaning; batteries need periodic checks.

Buy, Lease, or Rent with Ease

Whether you’re looking to purchase, lease, or rent, we offer competitive options that make it simple and affordable to bring sustainable energy to your site. Partner with us for reliable, Canadian-made solutions that fits your budget and your values.

Proper planning and support ensure long-term reliability.

Future Trends in Portable Renewable Energy

Advances continue to improve these systems:

Improved battery technology: Longer life and higher capacity enhance storage.
Hybrid systems: Combining solar, wind, and even small hydro or bioenergy sources.
Smart controls: AI-driven energy management optimizes usage and extends system life.
Lightweight materials: Easier transport and installation in challenging terrain.