Possibilities • Solar
Solar Systems & Panels Photos
See examples of rooftop panel arrays, clean wiring, and professional installs. Serving residential and commercial projects across Texas.
Photo gallery
Solar installs across Texas
A mix of residential and commercial solar panel systems, roof layouts, and installation details.
Solar system types we install
Every property and power goal is different. We help you choose the right system type, then install it cleanly and safely for Texas weather.
- Grid-tied solar: Most common. Offsets your utility bill and can export power (net billing/net metering depends on your provider).
- Hybrid solar + battery: Adds backup power and time-of-use optimization where available.
- Off-grid systems: For remote properties—requires battery storage and careful load planning.
- Ground-mount arrays: Great when roof space is limited or you want ideal tilt/orientation.
- Commercial solar: Larger arrays, 3-phase electrical, and production goals tied to operating hours.
Installation ideas
- South- or west-facing roof planes to maximize afternoon production
- Split arrays on multiple roof faces to smooth production through the day
- Ground-mount with clear access for cleaning and maintenance
- Battery + critical-loads subpanel for fridge, lights, Wi‑Fi, and select outlets
- EV-ready setup (panel capacity + conduit planning)
Core components
- Panels (modules), racking/rails, and roof flashing
- Inverter (string or microinverters) + rapid shutdown
- Combiner/disconnects and labeling
- Monitoring (app + production reporting)
- Battery storage (optional) + backup gateway
More solar system photos
Ground-mount arrays, solar farms, and wide-angle system layouts for inspiration.
Mounting options (roof + ground)
- Asphalt shingle: Proper flashing and attachment spacing to protect the roof.
- Metal roofs: Clamp systems where possible to reduce penetrations.
- Tile roofs: Specialized hooks and careful tile handling.
- Flat/low-slope: Ballasted or mechanically attached racking (engineering matters).
- Ground-mount: Fixed-tilt or tracking options depending on budget and space.
Batteries, inverters & monitoring
We plan the electrical side for safety, performance, and easy troubleshooting—especially important when adding battery backup.
- Inverters: String inverters (centralized) or microinverters (panel-level). We’ll recommend based on shading, roof layout, and serviceability.
- Batteries: Whole-home backup or critical loads backup (most cost-effective).
- Monitoring: App-based production, consumption (optional CTs), alerts, and historical reporting.
Sizing & production (what we look at)
- Your last 12 months of kWh usage and seasonal peaks
- Roof orientation, tilt, usable area, and shading
- Panel wattage and layout (strings, microinverters, or optimizers)
- Service panel capacity and available breaker space
- Future loads (EV charger, pool equipment, shop tools, additions)
Monitoring & performance checks
We can help you set up monitoring so you can quickly see daily production, spot issues, and confirm your system is operating as expected.
- Track production trends and seasonal changes
- Set alerts for inverter faults or low production
- Compare production to weather and shading changes
- Plan cleaning/maintenance when output drops
Texas considerations (heat, hail, wind)
- Heat: We plan ventilation and equipment placement to reduce heat stress on inverters and batteries.
- Hail: Quality modules are tested for impact, but mounting and layout still matter—especially at roof edges.
- Wind: Proper attachment, engineering, and edge-zone considerations help protect your investment.
- Storm outages: Hybrid + battery systems can keep essentials running when the grid is down.
Permitting & interconnection
Permitting requirements vary by city/county and utility provider. We’ll guide you through the typical steps: site review, electrical plan, permit submission, installation, inspection, and utility approval to operate (PTO).
Installation process & timelines
- Consultation: goals, usage, roof/ground layout, and equipment options
- Design: layout, electrical plan, and production estimate
- Permits: submit and coordinate approvals
- Install: racking, panels, wiring, inverter(s), and (optional) battery
- Inspection: local inspection and corrections if needed
- Utility PTO: interconnection approval and system turn-on
Typical timeline: smaller installs can be completed quickly once permits are approved; larger or battery-backed systems may take longer depending on equipment availability and utility scheduling.
Solar systems FAQ
Do I need a battery to use solar?
No. Grid-tied systems work without batteries and can still reduce your bill. Batteries add backup power and can help you use more of your solar energy at night.
What happens when the grid goes down?
Standard grid-tied solar shuts off for safety. With a hybrid inverter and battery (and the right electrical setup), you can power selected circuits during an outage.
Will solar work on a shaded roof?
Partial shade can reduce production. Microinverters or optimizers can help in many cases, and we’ll recommend the best layout for your roof faces and shading.
How do you attach panels without causing leaks?
We use proper flashing and attachment methods designed for your roof type. Correct placement and sealing are critical for long-term performance.
How much maintenance do solar panels need?
Solar is low-maintenance. Occasional cleaning and periodic checks of monitoring/inverter status are usually enough. We can recommend a maintenance plan based on your location and roof pitch.
How long do panels and inverters last?
Many panels have long performance warranties. Inverters and batteries can have different warranty terms and lifespans—your equipment choice and installation environment matter.
Can you install solar on metal buildings or shops?
Yes. We can install on many metal roof profiles and also build ground-mount systems for shops and commercial properties when roof space is limited.
Do I need a new electrical panel for solar?
Not always. We’ll evaluate your service panel capacity, breaker space, and code requirements. Some projects need a panel upgrade or a subpanel to meet safety and interconnection rules.
Can solar power an EV charger?
Yes. We can size your system with EV charging in mind and plan electrical capacity for a Level 2 charger.
How do I get started?
Call 936.259.4040 or use our quote form. Share your address, roof type, and a recent electric bill (if available) so we can estimate system size and options.