Become a member and save 30%
Pricing may vary; see service rates & fees below*
Basic Pros Plan
Starter plan for basic service-
1 Plan Cleaning
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1 Visual Inspection
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12 Months of Active Monitoring
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12 (Monthly) Energy Reports
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No True-Up Analysis
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No Discount on Service Labor
Premium Pros Plan
No financing needed-
2 Panel Cleanings
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2 Visual Inspections
-
12 Months of Active Monitoring
-
52 (Weekly) Energy Reports
-
True-Up Analysis
-
30%** OFF Service Labor
Premium+ Pros Plan
Limited risk, immediate savings-
3 Panel Cleanings
-
3 Visual Inspections
-
12 Months of Active Monitoring
-
52 (Weekly) Energy Reports
-
True-Up Analysis
-
30%** OFF Service Labor
Basic Pros Plan
Starter plan for basic service-
1 Plan Cleaning
-
1 Visual Inspection
-
12 Months of Active Monitoring
-
12 (Monthly) Energy Reports
-
No True-Up Analysis
-
No Discount on Service Labor
Premium Pros Plan
No financing needed-
2 Panel Cleanings
-
2 Visual Inspections
-
12 Months of Active Monitoring
-
52 (Weekly) Energy Reports
-
True-Up Analysis
-
30%** OFF Service Labor
Premium+ Pros Plan
Limited risk, immediate savings-
3 Panel Cleanings
-
3 Visual Inspections
-
12 Months of Active Monitoring
-
52 (Weekly) Energy Reports
-
True-Up Analysis
-
30%** OFF Service Labor
*Service rates & fees
Pros Membership Labor Rates
- Technician Fee – $190.00 for the first hour; $120.00 per hour for every additional hour
- Battery Technician Fee – $350.00 for the first 2 hours
- Travel Adder (If service location is outside of the 30 Mile Radius of Fresno, CA) – $125.00 – $350.00
- **30% Discount on Service Rates for Clients Who Are Signed up for a Pros Membership Premium or Premium+ Plan (Parts, materials, and travel charge not included in discount)
Prices May Vary Depending on Various Factors
- Multistory homes
- Number of panels
- Tile roofing
- System installation location
- Utility provider
- Distance from Company HQ
- Seasonal promotions
Other services we offer
Panel Cleaning
Boost your PV system's power by up to 35% by keeping your panels free of dirt and debris buildup.
Solar Repair
Our Solar Maintenance Pros division is top-rated by solar customers. We can tackle any issue quickly and affordably.
Critter Barrier
Roof a little worse for wear? Increase energy efficiency and home value by tackling your roofing project this year.
What our clients say
Want a quote just for cleaning?
Looking for straight panel cleaning services without all the bells and whistles of a comprehensive coverage plan? Click the link below to get a custom quote for your home in minutes.
Commonly asked questions
Regular cleaning of solar panels is crucial to ensure optimal performance and maximize energy output. Cleaning your solar panels at least twice a year is a recommended maintenance practice for several reasons.
- Firstly, accumulated dirt, dust, bird droppings, and other debris can form a layer on the surface of the panels, reducing their ability to absorb sunlight effectively. This layer acts as a barrier, diminishing the amount of sunlight reaching the photovoltaic cells and subsequently lowering energy production. Regular cleaning helps to eliminate these obstructions, allowing the panels to function at their full capacity.
- Secondly, seasonal changes can bring varying environmental conditions, such as pollen in spring or dust storms in summer, which can impact the cleanliness of your panels. Cleaning twice a year helps counteract these seasonal challenges, ensuring consistent energy generation throughout the year. Additionally, a biannual cleaning routine allows you to inspect the panels for any signs of damage, wear, or malfunctions, enabling timely repairs and prolonging the lifespan of your solar energy system.
Overall, regular semi-annual cleaning is a proactive measure to maintain the efficiency, reliability, and longevity of your solar panels.
Cleaning your solar panels yourself requires some basic equipment to ensure a thorough and safe job. Here’s a list of essential items you might need:
Soft Bristle Brush or Mop: Use a brush or mop with soft bristles to avoid scratching the surface of the solar panels. Hard brushes may damage the protective coating on the panels.
Deionized Water or Distilled Water: Using deionized or distilled water helps prevent mineral deposits on the panels, ensuring a streak-free finish.
Mild Detergent or Solar Panel Cleaner: Choose a mild detergent or a cleaner specifically designed for solar panels. Avoid using harsh chemicals that may damage the panels or their coatings.
Bucket: For mixing water and detergent or cleaner and for carrying your cleaning supplies.
Squeegee or Soft Cloth: Use a squeegee or a soft, non-abrasive cloth to wipe away water and residue, leaving the panels clean and streak-free.
Telescopic Pole or Ladder: Depending on the height and accessibility of your solar panels, you may need a telescopic pole or a ladder to reach them safely.
Safety Equipment: If you’re working at height, ensure you have the necessary safety equipment, such as a harness, to prevent accidents.
Gloves and Eye Protection: Wear gloves to protect your hands and eye protection to shield your eyes from any splashes or debris during the cleaning process.
Dust Mask: If your solar panels are located in dusty areas, wearing a dust mask can help protect your respiratory system.
Before you start cleaning, refer to your solar panel manufacturer’s guidelines and warranty information. Some manufacturers may have specific recommendations or restrictions on cleaning products and methods to ensure you don’t void the warranty. Always exercise caution and follow safety guidelines, especially if you need to climb a ladder or work at heights.
Solar production gains after cleaning can vary based on factors like dirt accumulation, local climate, and panel efficiency. Typically, regular cleaning is reported to boost energy output by 5% to 15%, but it can increase as much as 35%! Dirt, dust, and bird droppings on panels create a barrier, limiting sunlight absorption. Cleaning removes this obstacle, enabling panels to operate at full capacity. Not all systems experience the same increase; results may be minimal if panels are relatively clean or if frequent rain naturally cleans them.
For a more accurate estimate, monitor your system’s performance before and after cleaning using solar inverters or monitoring systems. Comparing data can reveal the effectiveness of the cleaning process for your specific setup.
Monitoring your solar performance is crucial for assessing the efficiency and output of your solar energy system. Here are steps to help you monitor your solar performance:
Solar Inverter Monitoring:
- Most solar power systems include an inverter that converts the DC power generated by solar panels into AC power for use in your home.
- Inverters often have built-in monitoring capabilities. Check if your inverter provides a display or if it can be connected to a monitoring system.
Manufacturer’s Monitoring Platform:
- Many solar panel manufacturers offer online monitoring platforms or mobile apps where you can track the performance of your solar panels.
- Check if your panel manufacturer provides such a platform and follow their instructions for registration and setup.
Third-Party Monitoring Systems:
- There are third-party monitoring systems available that can be integrated with your solar power system.
- Enquire with your solar installer or search for compatible monitoring systems that can provide detailed information on energy production.
Online Portals and Apps:
- Check if your solar installer provides an online portal or a mobile app for monitoring. Many installers offer such platforms to their customers.
Regular Checks:
- Periodically visually inspect your solar panels for any signs of damage or shading. Physical issues can affect performance.
Data Analysis:
- Analyze the data provided by your monitoring system regularly. Look for patterns, trends, or sudden drops in performance that may indicate issues with your solar panels or inverter.
By using these methods, you can actively monitor the performance of your solar energy system and address any issues promptly, ensuring optimal efficiency and maximum energy production.