Solar built for self reliance.

Independence is a design principle. It is what happens when your home can produce,

store, and manage power on your terms, including when the grid is down.

If you care about redundancy and systems that hold up under stress, you are in the right place.

The outcome is simple: a solar system you can trust when conditions are not ideal.

Independence built through engineering

In residential solar, “independence” only matters if the equipment and electrical architecture
support it.

We design and install solar because it is the most practical path to long-term control. Our
standard is premium technology, disciplined execution, and resilient system design, with REC
Monolith Panels as a flagship option for homeowners who want top-tier performance and a
roofline that looks intentional.

Why REC Monolith Panels fits the off-grid mindset

High output clean footprint

When roof space is finite, energy density matters. Monolith is built for high performance on residential roofs, with a solid-black, architectural finish that avoids the patchwork look common in commodity installs.

Premium by construction

Those of us who prioritize independence tend to value durability, serviceability, and long-term usability. Monolith aligns with that standard. It is a panel choice that signals you are building for decades, not for the cheapest solution. With parts made in the USA and serviced by local technicians, you can rest assured.

Redundancy is not optional

Most failures are not dramatic. They are small issues that cascade because the system was
built without margin or without clear separation between critical and non critical loads.

We design and install with resilience in mind:

Critical loads design that prioritizes what must stay on, such as refrigeration,
communications, security, and essential circuits
Equipment choices that avoid unnecessary single points of failure using appropriate
inverter topology, load management, and configuration for the mission
Layered electrical protection including grounding and surge protection selected to
protect the system, not just pass inspection
Verification and commissioning so performance is confirmed at turn-on, not assumed
Monitoring that makes problems obvious early so issues surface before they become
outages
Service-ready build, quality clean routing, labeling, and documentation that make
diagnostics fast and repairs clean

This is the difference between solar that looks good on day one and solar that performs
when it matters.

What we build for independence focused homes

We tailor every design to the property and the mission. Independence oriented systems typically combine:

Premium solar array
High output modules, disciplined layout, clean conduit strategy, and workmanship you can inspect.

Storage that matches your real loads
Battery capacity aligned to essential circuits, expected outage duration, and realistic recharge conditions.

Hybrid resilience when appropriate
Solar plus storage plus generator integration, with straightforward transfer behavior and clear operating logic.

Off grid capable design for remote properties
Seasonal production planning, load discipline, service access, and the realities of maintenance over time.

How we work

Define the mission
We start with your definition of independence. Critical loads, outage length,
property constraints, and how you want the system to behave when the grid
is unavailable.
Engineer the system
We size and architect around resilience, not optimistic projections. Roof
geometry, shading, consumption, storage strategy, and equipment selection
are treated as one system.
Install with discipline
Permitting, installation, commissioning, monitoring setup, and documentation.
The handoff is clean and verifiable.
Our perspective

We take energy seriously as practical infrastructure. We also respect what energy represents inside a household:
autonomy, safety, and peace of mind.

Our spiritual perspective is part of our internal compass and brand DNA. It shows up as steadiness,
integrity, and care in the work.

If you want independence that is built, not imagined, start with panels and architecture that can carry the load
when it counts.