System Type: RV / Mobile
Battery Capacity: 14.4kWh LiFePO₄
Solar Capacity: 1600W
Platform: Full Victron Energy System
Use Case: Full-time travel / high-demand off-grid capability

The client required a system capable of supporting full-time RV use, including air conditioning and extended off-grid operation without reliance on shore power.

We designed and installed a fully integrated Victron-based system with 1600W of solar and 14.4kWh of lithium battery storage.
The system was configured to support high-demand loads while maintaining efficient charging, monitoring, and automation.

Key components include:
– Victron SmartSolar MPPT 150/100 charge controllers
– Dual Victron MultiPlus-II 12/3000 inverter/chargers (UL listed)
– Lynx distribution system for clean power management
– Cerbo GX with touchscreen interface for full system visibility
– SmartShunt for precise battery monitoring
– Auto generator start/stop integration
– Soft starts for rooftop air conditioners

The system now supports full-time off-grid living with stable performance, including operation of air conditioning and other high-demand loads.

Built for continuous use—not occasional travel.  Designed to reduce generator reliance while maintaining consistent, dependable power. 

System Type: Residential Backup / Hybrid
Battery Capacity: 19.2kWh LiFePO₄
Solar Capacity: 4.8kW
Platform: Victron / EG4 Integrated System
Use Case: Backup power + utility cost reduction

The client required a system capable of maintaining critical loads during grid outages, while also providing ongoing value through solar production and battery utilization during normal operation.
Flexibility for future expansion was an important consideration.

We designed and installed a hybrid energy system combining a 4.8kW solar array with 19.2kWh of lithium battery storage.
The system was configured to support critical circuits during outages while also offsetting grid usage under normal conditions.

The architecture allows for straightforward expansion, ensuring the system can grow alongside future energy needs.

The home now maintains essential loads during grid failures while reducing reliance on utility power during normal operation.

Designed for resilience today—with capacity to expand tomorrow.  Built to provide stability during outages without sacrificing efficiency when the grid is available. 

System Type: RV / Mobile
Battery Capacity: 11.04kWh LiFePO₄ (Epoch)
Solar Capacity: 1.6kW
Platform: Full Victron Energy System
Use Case: Extended off-grid travel / high-reliability mobile power

The client wanted a system capable of supporting extended off-grid travel with reliable power for daily use, without dependence on hookups.

We designed and installed a fully integrated Victron-based system featuring a 1.6kW solar array and 11.04kWh of lithium battery storage.
The system was configured to provide stable, efficient power with full monitoring and control through the Victron ecosystem.

The RV now operates with dependable off-grid capability, allowing for extended travel and consistent performance across varying conditions.

Built for reliability—wherever the road leads.
 

System Type: Off-Grid / Hybrid Residential
Battery Capacity: 9.6kWh LiFePO₄
Solar Capacity: 4kW (Bifacial)
Platform: Victron Energy System
Use Case: Backup power with partial full-time load support

The client required a reliable backup power system capable of supporting essential loads during outages, while also providing the ability to operate select circuits continuously.
Future expansion and long-term flexibility were important considerations.

We engineered and installed a Victron-based system with 4kW of bifacial solar and 9.6kWh of lithium battery storage.
A dual inverter/charger configuration was implemented to provide stable output, redundancy, and scalability.

Key components include:
– Dual Victron MultiPlus 48/3000 inverter/chargers
– Victron MPPT RS 450/100 for high-voltage solar input
– Cerbo GX with touchscreen for system monitoring and control
– EG4 LiFePO₄ battery bank

The system was permitted and installed to meet code requirements, ensuring safe and compliant operation.

The system now provides dependable backup power while supporting select loads on a continuous basis.
It is designed for straightforward expansion as energy demands increase over time.

Built as a scalable energy platform—not a fixed system.  

Designed to maintain critical loads without interruption during grid outages.

System Type: RV / Mobile (Airstream)
Battery Capacity: 11.04kWh LiFePO₄ (24V 460Ah Epoch)
Solar Capacity: 1.06kW (Roof + Deployable Ground Array)
Platform: Victron Energy System
Use Case: Extended off-grid travel with space and thermal constraints

The client required a high-capacity system within the confined and aesthetic constraints of an Airstream platform, with the ability to support extended off-grid use and multiple charging sources.

We designed and built a fully integrated Victron-based system with 11.04kWh of lithium battery storage and a combined roof and deployable solar array to maximize available generation.

Due to space and thermal limitations, custom fabrication was implemented to conceal equipment while maintaining serviceability.
Active cooling was added using temperature-controlled fans to ensure stable operation under load.

The system includes:
– Victron MultiPlus-II 24/3000 inverter/charger
– Victron SmartSolar MPPT charge controllers
– Victron Orion DC-DC charger for alternator charging
– Cerbo GX with touchscreen for local and remote monitoring

The system delivers reliable off-grid power with flexible charging options, including solar and alternator input, while maintaining clean integration within the Airstream’s limited space.

Engineered to balance performance, space, and thermal management.

System Type: RV / Mobile
Battery Capacity: ~3.6kWh LiFePO₄ (300Ah Battle Born)
Solar Capacity: 600W + existing 165W panel
Platform: Victron Energy System
Use Case: Light off-grid use / weekend to moderate travel

The client wanted to improve off-grid capability beyond the factory system, with the ability to support essential loads and allow for future system expansion.

We upgraded the system with additional solar capacity and integrated a Victron-based power system to improve charging efficiency and system control.

The build includes:
– Victron SmartSolar MPPT charge controller
– Victron MultiPlus-II inverter/charger
– Battery monitoring via SmartShunt
– Retention of the factory solar panel for additional input

The system was designed with expansion in mind, allowing for future increases in both battery storage and solar capacity.

The RV now supports light to moderate off-grid use with improved system visibility, charging performance, and flexibility for future upgrades.

Designed as a foundation for expanded off-grid capability.

System Type: RV / Mobile
Battery Capacity: 7.2kWh LiFePO₄
Solar Capacity: 1.325kW
Platform: Full Victron Energy System
Use Case: Extended off-grid travel / moderate-to-high demand use

The client wanted a system capable of supporting extended off-grid travel with reliable power for daily use, reducing dependence on shore power and generator runtime.

We designed and installed a fully integrated Victron-based system featuring a 1.325kW solar array and 7.2kWh of lithium battery storage.
A dual MultiPlus-II inverter/charger configuration was implemented to provide stable output and flexibility for varying load conditions.

Key components include:
– Dual Victron MultiPlus-II inverter/chargers
– Victron SmartSolar MPPT charge controllers
– Victron SmartShunt for precise battery monitoring
– Integrated system architecture for efficient charging and power distribution

The system now supports extended off-grid operation with dependable performance across a range of travel conditions.

Built for reliable travel—not occasional use.

System Type: Off-Grid System Upgrade
Battery Capacity: 14.4kWh LiFePO₄ (EG4)
Solar Capacity: 4kW (Bifacial Array Upgrade)
Platform: Victron Energy System
Use Case: Performance upgrade / long-term reliability

The existing off-grid system was based on older, low-capacity components and no longer met the property’s energy demands.
The client required increased generation, modern system architecture, and improved long-term reliability.

We upgraded the system with a 4kW bifacial solar array, replacing the original low-wattage panels to significantly improve generation capacity.

A Victron-based system architecture was implemented, including a Quattro 48/5000 inverter/charger and MPPT RS 450/100, paired with 14.4kWh of lithium battery storage.

The upgrade focused on improving system performance, scalability, and overall efficiency while bringing the system in line with modern standards.

The system now delivers substantially improved solar production, stable power output, and increased storage capacity to support daily use.

Rebuilt for performance—not just maintained.

System Type: RV / Mobile
Battery Capacity: 10.8kWh LiFePO₄ (Kilovault)
Solar Capacity: 1.6kW (Roof-mounted)
Platform: Victron Energy System
Use Case: Extended off-grid travel / high-demand capability

The client required a system capable of supporting extended off-grid use with reliable power for daily operation, including backup charging options for varying conditions.

We designed and installed a Victron-based system with 1.6kW of rooftop solar and 10.8kWh of lithium battery storage to support consistent off-grid performance.

To ensure reliability in changing environments, the system integrates multiple charging sources, including solar, alternator input, and automated generator support.

The system includes:
– Victron inverter/charger system
– Victron SmartSolar MPPT charge controllers
– Kilovault LiFePO₄ battery bank
– Auto generator start/stop integration
– Alternator charging capability
– Cerbo GX with touchscreen for local and remote monitoring

The RV now operates with dependable off-grid capability, supported by redundant charging options and full system visibility.

Designed for consistent performance across varying conditions.

System Type: RV / Travel Trailer
Battery Capacity: ~3.6–7.2kWh LiFePO₄ (300Ah initial, expanded)
Solar Capacity: 600W rooftop + deployable ground input
Platform: Victron Energy System
Use Case: Extended off-grid travel with expansion capability

The client wanted to improve off-grid capability beyond factory limitations, with the ability to support essential loads, air conditioning, and expand the system over time.

We designed and installed a Victron-based system with 600W of rooftop solar and provisions for additional ground-deployed solar input to increase flexibility in varying conditions.

The system includes:
– Victron MultiPlus-II 12/3000 inverter/charger
– Victron SmartSolar MPPT 150/70 charge controller
– Dual Victron Orion-Tr Smart DC-DC chargers for alternator charging
– Cerbo GX for system monitoring and control
– Lynx Distributor for clean power distribution
– Soft start integration for air conditioner operation

The battery system was intentionally designed for expansion, allowing additional capacity to be added as usage demands increased.

The RV now supports extended off-grid use with improved charging flexibility and the ability to expand storage as needed.

Designed as a scalable system—not a fixed install.