NuAbode Energy Systems

Power should be designed—not guessed.

Purpose-built solar, battery, and power systems for how you actually travel. We design the whole system around your coach, your climate, and the life you want off-grid.

Engineered for the whole coach

More than panels on the roof.

A reliable energy system is a coordinated architecture: generation, storage, charging, distribution, protection, monitoring, and the loads they support. NuAbode engineers every part to work together, then installs it with service access and long-term ownership in mind.

System pathways

Start with how you travel.

These are planning frameworks, not one-size-fits-all kits. Final equipment, capacity, and pricing follow an engineering review of your Airstream.

01

Essential 12V

Dependable power for efficient travelers and shorter off-grid stays.

Solar
Up to 600W
Storage
314Ah-class lithium
Starting investment
$13,500+

Best for lighting, refrigeration, devices, water systems, and careful inverter use.

03

High-Capacity 12V

Serious reserve capacity for demanding loads and extended travel.

Solar
Up to 1,600W
Storage
942Ah-class lithium
Starting investment
$21,500+

For power-intensive routines, larger coaches, and owners who want meaningful air-conditioning support.

04

Custom 48V

A ground-up electrical architecture for maximum performance.

Solar
Designed around available roof space
Storage
Distributed 48V
Starting investment
$38,000+

Configurable for meaningful air-conditioning support, high-output appliances, and advanced off-grid capability.

Explore the 48V Architecture

Published prices are starting investments. Final equipment and fixed pricing are determined after reviewing the trailer, installation conditions, charging architecture, fabrication requirements, and selected options. Repairs, structural changes, unusual routing, taxes, freight, and project-specific upgrades are additional.

Designed as one system

What a complete installation considers

01

Solar generation

Panel layout, shading, roof penetrations, wiring paths, and serviceability.

02

Battery storage

Usable capacity, temperature management, safe placement, and proper restraint.

03

Charging

Solar, shore, and alternator charging coordinated for battery health and travel patterns.

04

Inversion

Clean AC power sized for real loads, surge demand, and responsible energy use.

05

Protection

Appropriate disconnects, over-current protection, cable sizing, and system documentation.

06

Monitoring

Clear, useful visibility into energy production, state of charge, and consumption.

12V or 48V?

The right voltage follows the mission.

12V systems

Familiar, serviceable, and exceptionally capable when properly sized. A great answer for most owners who want reliable autonomy without redesigning every electrical layer.

48V systems

More efficient at high power and well suited to large inverters, substantial climate loads, and whole-coach energy redesigns. They demand deeper planning and integration.

See how the 48V system works

Climate-load honesty

Air conditioning changes the equation.

Running air conditioning from batteries is possible, but duration depends on weather, coach size, insulation, thermostat setting, battery capacity, solar conditions, and every other load in use.

We model the tradeoffs before recommending equipment. Our goal is not to sell the biggest system—it is to design a system whose real-world performance matches your expectations.

The process

From travel habits to tested system.

  1. 01

    Discovery

    We learn how you camp, what you power, where you travel, and what you want to stop worrying about.

  2. 02

    Engineering

    We map loads, capacity, roof space, equipment locations, wiring routes, protection, and upgrade paths.

  3. 03

    Installation

    Our team integrates the system cleanly into your coach with attention to safety, access, and finish.

  4. 04

    Commissioning

    We test operation, document the system, and walk you through everyday use and care.

Interactive planning tool

Design your energy system.

Tell us how you use your Airstream. We’ll match your priorities to a practical energy-system pathway. This is a planning recommendation, not a final engineering specification.

0 of 8 answered

01What is your Airstream length?
02How long do you typically stay off-grid?
03What is your air-conditioning goal?
04How would you describe daily electrical demand?
05Will electricity support cooking?
06What role should a generator play?
07What equipment is already installed?
08Which planning range feels realistic?

Answer all eight questions to reveal your recommendation.