Plan Your Solar System
With Clarity.
Compare solar-only and solar + battery options for your North Texas home or business—then build a practical plan around your property, power use, and long-term goals.
- Solar-Only
- Solar + Battery
- Residential & Commercial
Start with your priority
What do you want solar to do?
See how your usage, roof or site, electric service, and retail plan shape the right system.
Start With Your Goal.
Then Build the Right System.
Solar is not one-size-fits-all. Begin with the outcome you care about, then evaluate your property, energy use, electrical capacity, equipment, and ownership options around that goal.
Goal first. Equipment and payment options come after the plan.
Produce more of your own power.
Use solar production to reduce the amount of electricity you purchase from the grid and support long-term energy planning.
What the plan should consider
- Recent usage and seasonal demand
- Roof or site conditions and shading
- System size, service capacity, and future loads
- Interconnection, monitoring, and ongoing support
Your main priority is producing more of your own electricity without adding backup storage right away.
Good solar planning is property-specific. Actual production, backup capability, cost, interconnection, and timing depend on site conditions, energy use, selected equipment, utility requirements, and project scope.
Six Factors Shape a
Smarter Solar Plan.
Before discussing panel count, equipment, or payment options, a useful solar assessment should start with the property itself. Explore the six inputs that help turn a general idea into a practical plan.
Not a production estimate. This interactive checklist shows what should be reviewed during project planning.A thoughtful recommendation connects energy goals with site conditions, electrical infrastructure, utility requirements, equipment, and long-term support.
One Property.
One Connected Energy System.
A solar plan becomes more useful when the roof, electrical service, utility connection, storage, monitoring, and future loads are considered together. Click the house to explore each connection.
Solar Array & Available Exposure
The array begins with usable roof or site area, orientation, shading, structural condition, and realistic production modeling.
- Usable roof or site area
- Shade and orientation
- Layout and installation access
Solar, Battery,
Both—or Electrical First?
No single package fits every property. Select a pathway to compare what it is designed to do, what it does not do by itself, and what Exceed should evaluate first.
Lower grid purchases when the sun is available.
A solar-only plan can offset a portion of property consumption, but standard grid-connected solar normally does not keep the property powered during an outage.
A site and electrical assessment is needed before equipment, production, or project scope can be recommended.
Start with the outcome you care about—lower grid use, outage planning, future loads, or an electrical limitation. The equipment decision comes after the property review.
Compare My OptionsA North Texas Energy Plan
Has to Work Beyond a Mild Day.
Heat, storms, changing utility requirements, roof exposure, and growing electrical demand all affect the right design. Switch operating conditions to see what moves to the front of the planning conversation.
Design around actual seasonal demand—not an average month.
Air-conditioning and late-day household use can shape the property’s load profile. Annual bills and interval data, when available, help the design conversation reflect when energy is used.
- Review at least 12 months of usage
- Compare solar production timing with property demand
- Account for equipment temperature ratings and placement
What Determines
Solar-System Size?
System size is not a panel-count guessing game. Adjust the inputs below to see how property use, space, timing, future loads, backup goals, and desired offset change the planning emphasis.
One Project File.
Seven Accountable Steps.
A coordinated solar project moves through design, electrical review, approvals, installation, and activation. Scroll the project file to see what each stage should accomplish.
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Define the reason for the project, review energy history, discuss future loads, and clarify whether the priority is generation, backup, resilience, or a combination.
- Recent electricity usage
- Property and ownership details
- Near- and long-term priorities
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Evaluate usable roof or site area, shading, equipment locations, installation access, the main panel, service, meter, and likely connection path.
- Roof or ground conditions
- Sun and shade considerations
- Electrical capacity and access
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Translate verified property information into a proposed layout, electrical approach, equipment configuration, and modeled production or backup assumptions.
- System layout and equipment
- Electrical integration strategy
- Clearly stated design assumptions
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Confirm the equipment, work included, exclusions, price, payment milestones, expected responsibilities, warranty information, and change-order process before work begins.
- Written project scope
- Ownership and financing terms
- Warranty and service responsibilities
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Prepare required submittals and coordinate applicable permitting, utility interconnection, plan-review, and scheduling steps. Timing depends on the jurisdiction and utility.
- Required plans and documents
- Authority and utility submissions
- Approval and scheduling updates
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Complete the approved physical and electrical work, protect the property, label the system, document key installation details, and coordinate required inspections.
- Site preparation and installation
- Electrical integration and labeling
- Quality review and inspection
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Complete commissioning, explain monitoring and shutdown procedures, organize closeout documents, and clarify who to contact for system, roof, equipment, or warranty questions.
- Permission-to-operate steps when applicable
- Monitoring and owner orientation
- Closeout records and support path
Project timing varies. Jurisdiction review, utility requirements, inspections, equipment availability, financing, and property conditions can affect the schedule.
Standard grid-connected solar generally shuts down during a utility outage for safety. Keeping selected loads powered usually requires equipment designed for backup operation, such as compatible battery storage, controls, and an approved system configuration.
Not every solar project needs a battery. Storage is most relevant when backup power, energy-use timing, or another defined operating goal justifies it. The decision should consider the loads you want supported, expected runtime, equipment compatibility, and budget.
Sometimes. The answer depends on service capacity, panel condition, available breaker space, code requirements, the proposed connection, and future loads. Exceed should inspect the electrical system before confirming whether an upgrade is part of the project.
If the roof is likely to need near-term work, address that during planning. Removing and reinstalling solar equipment later creates added cost and coordination. Roof condition, remaining service life, attachment method, and responsibility for future removal should be clear before installation.
Solar can contribute energy used by an EV charger, but the property remains an interconnected electrical system. Charging power, driving patterns, charging time, service capacity, rate plan, and the solar design all affect how the two work together.
Shade can reduce production and may influence array layout and equipment selection. Trees, neighboring structures, roof features, and seasonal sun paths should be evaluated with site-specific modeling rather than a visual guess from the ground.
The written proposal should identify who prepares and submits permits, interconnection documents, inspection requests, and any other required paperwork. The utility and local authority control their own reviews and approval timing.
Physical installation is only one part of the schedule. Design, engineering, property conditions, permits, utility review, inspections, equipment availability, and permission to operate can all affect total project timing. Exceed should provide a project-specific sequence after assessment.
A project may involve separate manufacturer, workmanship, roof-penetration, monitoring, and other warranties. Ask who provides each warranty, what it covers, how long it lasts, what can void it, and who coordinates a claim.
Expansion may be possible, but available space, electrical capacity, equipment compatibility, code changes, utility rules, warranties, and incentive terms can limit the options. If future EVs, HVAC changes, additions, or batteries are likely, include them in the initial planning conversation.
Build an Energy Plan Around Your Property—Not a Generic Solar Package.
Tell us what you are planning. Your selections will carry into the next contact step so the conversation starts with the right context.