What are REAP grants?

To help increase American energy independence, the Rural Energy for America Program (REAP), administered by the USDA, provides guaranteed loan financing and grant funding for renewable energy systems and energy efficiency improvements. There are three types of funding available: Loan guarantees on loans up to 75 percent of total eligible project costs Grants for up to 50 percent of total eligible project costs Combined grant and loan guarantee funding up to 75% of total eligible project costs Renewable energy system grants can be anywhere from $2,500 to $1 million, and energy efficiency grants can range from $1,500 to $500,000. It is important to note that only non-residential costs are eligible to be reimbursed . For example, the electrical service for a farm property serves the agricultural side of things and the residence. Even though the costs are in one utility bill, you can only report the costs from your agricultural and business operations.

Who is eligible for REAP grants?

Agricultural producers with at least 50% of their gross income coming from agricultural operations and rural small businesses can apply for the program. If you are not sure if you qualify as a small business, you can search by your NACIS code . Once you have verified you are a small business, you can check whether or not you are in a rural area . Projects must be in rural areas with populations of 50,000 or less.

When do I apply for REAP grants?

APPLY BEFORE YOU BUY You should apply for REAP funding after you determine project design and cost but before you have spent money on equipment or contracts . Any costs prior to your application are not eligible for REAP reimbursement. Before applying, you should do the following: Gather financial information for the last three years Work with your preferred solar installer to complete your design Get quotes for work that needs to be performed Gather spec sheets of all major equipment Research your required permits Contact your utility if you need an interconnection agreement or Power Purchase Agreement . USDA accepts applications year-round. The application windows for 2024 are March 31, June 30 and September 30. To apply for REAP, you must have a Dun & Bradstreet (D-U-N-S) number, pre-register with the System for Award Management (SAM) , and have a Unique Entity ID. Registration costs nothing, but it can take a month or more, so take care of it as soon as possible. If you are already registered with SAM and have a Unique Entity ID, just make sure your registration is active.

How do I apply for REAP grants?

There are three application forms, and which one you use depends on the project size (not the grant size requested). To find these forms, visit the REAP website , choose your state and click the tab that says “To Apply.” You will find instructions for completing each application and the applications themselves. These are the application forms you should use depending on your total project cost: Under $80K: 4280-3A $80K to $200K : 4280-3B Over $200K: 4280-3C Many people utilize consultants and grant writers to complete the necessary paperwork. Under the “To Apply” tab, you will find a list of energy auditors, consultants and grant writers in the state you selected.

Who should I apply for REAP?

Would you like to reduce the capital expenditure you have to make? If your project is a renewable energy system that produces zero greenhouse gas emissions ( solar PV is zero emissions! ), you are eligible for a 50% grant. It’s not just solar. Energy efficiency improvements also qualify for a 50% grant. For example, one of our customers is an agricultural operation that uses the ingredients they grow to make and package different sauces from their farm. Because it is an energy efficiency expense for their business, they were able to finance part of their kitchen and packaging operation with REAP grant money.

How to use the innovative solar module wire management system

Wire management in the field is an important element of every installation, but it can often be cumbersome, unorthodox and inefficient.

THE PROBLEM

Short leads require making and using jumpers to reach your MLPE. Conventional modules also require the use of common wire clips and zip ties, further adding time and labor to every project.

THE SOLUTION

Our field-inspired module with an innovative built-in wire management frame on all four sides eliminates the need for jumpers, wire clips and zip ties. This makes the installation process quicker, easier and safer. Plus, it keeps your wires protected from weather damage and interference from critters.

SCENARIO #1: MLPE MOUNTED TO MODULE

In this scenario, the MLPE (Module-Level Power Electronics) is already mounted to the module (multi-MLPEs are supported). The long lead eliminates the need for jumpers, and the built-in wire management frame allows you to simply push the wires into the frame profile and plug it into the MLPE. The frame's capacity to accommodate wires up to two deep provides flexibility in coil management, adding an extra layer of adaptability to the system.

The frame allows room for two wires, so you can coil as needed.

SCENARIO #2: MLPE MOUNTED TO THE RAIL

Another example is when the MLPE is mounted to the rail. In this scenario, you’ll want to plug the wire into the MLPE before laying the module down. Once you lay the module down, simply secure the wire within the frame to keep it off the roof. No clips needed!

Tuck the wire into the frame to keep it protected.

SCENARIO #3: GROUND MOUNT APPLICATION

If you are mounting on the ground and need to keep the wire finger safe, critter safe and safe from the elements, simply tuck the wire into the frame. You can no longer feel the wire because it is safe and secure within the frame.

Built for the installer, the durable frame provides protection from the elements and simplifies installation. If you have questions about the wire management system, reach out here or contact your Van Meter sales representative.

How to use the innovative solar module wire management system

THE PROBLEM

THE SOLUTION

SCENARIO #1: MLPE MOUNTED TO MODULE

SCENARIO #2: MLPE MOUNTED TO THE RAIL

SCENARIO #3: GROUND MOUNT APPLICATION

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