Agriculture is one of the highest-energy-use industries in California, with farms and ranches relying heavily on power to keep operations running smoothly. From irrigation pumps to cold storage and refrigeration, energy bills can quickly add up. That’s why many agricultural properties are turning to Agrisolar as a solution. Beyond lowering energy bills, solar can provide long-term financial stability and sustainability for farms. We’ll explore agricultural solar savings, ROI, and the incentives that make Agrisolar a smart investment.

Why Agricultural Properties Are Perfect for Solar

Agricultural properties are ideally suited for solar because of their high energy needs and vast space. Here’s why Agrisolar makes so much sense for farms and ranches:

• Daytime energy usage matches solar production: Solar works best during the day when energy consumption is highest — exactly when you need it most.
• Ample roof space or open land available: Many farms have ample space for solar installations, making it easy to install an effective system.
• High kWh usage = faster payback: The greater the energy usage, the quicker the solar system will pay for itself, as it offsets expensive grid power costs.
• Many operations can’t afford downtime: Farms rely on constant, predictable energy to keep everything running, from irrigation to refrigeration.

The Biggest Power Users on Farms and Ag Properties

Certain aspects of a farm’s operation are especially energy-intensive. These areas are where Agrisolar can make the most significant impact:

• Irrigation pumps
• Cold storage and refrigeration
• Dairy operations
• Packing houses
• Greenhouses
• Well pumps
• Maintenance shops and equipment charging

By switching to solar, farms can offset a large share of these energy costs, leading to significant savings in agricultural solar costs over time.

What Impacts ROI the Most for Agricultural Solar?

Several factors play a crucial role in determining the ROI for agricultural solar. Understanding these elements will help you maximize savings and choose the best Agrisolar system for your farm.

ROI Factor	Why It Matters	What It Can Change
Annual kWh usage	Higher usage = more power offset	Faster payback
Utility rate plan	Some plans charge more during peak hours	Bigger monthly savings
Time of energy use	Daytime use matches solar production best	Higher solar offset
System size + design	Proper sizing avoids waste and maximizes output	Better long-term ROI
Battery storage	Stores solar for peak hours + outages	More savings + reliability
Incentives + tax tools	Commercial programs reduce net cost	Lower upfront investment
Site conditions	Shade, roof space, land, panel direction	Impacts system performance
Future expansion	New equipment, pumps, and storage increase usage	System may need to scale
Interconnection requirements	Utility rules affect timelines and costs	Delays or added fees

Solar ROI Breakdown for High-Use Properties

Understanding how solar impacts a high-use agricultural property’s bottom line is key. Depending on your farm’s energy consumption, you can see a strong return on investment (ROI) with solar.

Annual Usage	Typical Fit	Why ROI Is Strong
50,000–150,000 kWh	Small farm, irrigation, shops	High daytime usage
150,000–500,000 kWh	Larger farms, dairies	Consistent load
500,000+ kWh	Packing, cold storage	Massive bill reduction

What Solar Can Save an Ag Business

Let’s take a look at how much a farm can save with Agrisolar. Based on the size of your electricity bill and annual usage, solar can drastically reduce costs.

Monthly Electric Bill	Estimated Annual Cost	Potential Solar Offset
$2,500/mo	$30,000/yr	Medium savings
$5,000/mo	$60,000/yr	Strong ROI
$10,000/mo	$120,000/yr	Often excellent ROI

Why Agricultural Solar Payback Can Be Faster Than Other Industries

Because agriculture uses a high amount of energy, solar payback tends to happen quickly compared to other industries. Here’s why:

• High usage means solar replaces more expensive power: By using solar to offset high daytime electricity costs, your farm can save significantly.
• Rate hikes hit high-use accounts harder: Solar helps protect your farm from rising utility rates.
• Solar turns energy into a predictable operating cost: With solar, your farm can lock in stable energy costs.
• Many ag businesses qualify for strong tax tools: Call our office to see which options make solar more affordable on your land.

Commercial Solar Incentives for Agriculture

Agricultural businesses can also take advantage of several agricultural solar incentives. These can significantly reduce the upfront cost of installing solar:

• Investment Tax Credit (ITC) / Section 48E
• MACRS depreciation
• Bonus depreciation (if applicable)
• Local programs can apply depending on the county/utility

Incentive Type	Who It Helps	What It Does
ITC / 48E	Businesses	Reduces project cost
MACRS	Businesses	Speeds up depreciation
Local rebates	Some regions	Lowers upfront cost

Should Ag Properties Add Battery Storage Too?

Battery storage offers additional benefits for agricultural operations. Here’s why it makes sense:

• Batteries store solar for peak pricing: Solar-generated energy can be stored and used during high-cost times.
• Batteries keep key operations running during outages: For farms that rely on refrigeration or irrigation, battery storage is essential.
• Great for refrigeration, irrigation scheduling, and equipment protection: A solar and battery system ensures that critical equipment stays powered.

If You Have…	Battery Storage Is Worth It Because…
Outages or PSPS shutoffs	Keeps operations running
Cold storage	Protects inventory
High peak rates	Cuts expensive power use
Remote property	Adds reliability

What Types of Ag Properties Benefit Most From Solar

Operations that benefit most from Agrisolar include:

• Vineyards
• Orchards
• Dairy operations
• Poultry farms
• Packing houses
• Cold storage facilities
• Greenhouses
• Large irrigation-heavy farms

How to Know If Your Farm Is a Good Candidate

Is your farm ready for solar? Here’s a quick checklist to help you decide:

• You spend $1,000+ per month on electricity
• Your highest usage is during the day
• You have roof space or usable land
• You plan to operate long-term
• You want protection from rate hikes

Upgrade Your Farm with Solar

For high-use agricultural properties, solar is often one of the best financial upgrades you can make. The bigger the bill, the stronger the ROI. Adding battery storage boosts reliability and increases savings by reducing peak-hour costs and providing backup power. The best next step is to get a custom ROI estimate based on your specific energy needs and bills.

FAQs

Q: How long does it take for solar to pay for itself on a farm?

A: Most high-use agricultural properties achieve payback faster than low-use properties because the system offsets more expensive electricity costs.

Q: Can solar run irrigation pumps?

A: Yes. Many farms use solar to offset the energy used by irrigation pumps, especially during the day.

Q: Is battery storage worth it for agriculture?

A: If outages, PSPS shutoffs, or cold storage are a concern, battery storage can be one of the most valuable upgrades.

Q: Do farms qualify for tax incentives for solar?

A: Yes. Agricultural businesses may qualify for commercial solar tax incentives and depreciation benefits.

Q: What size solar system does a farm need?

A: It depends on your annual kWh usage, peak loads, and whether you want a full or partial offset.

Q: Does solar still work during power outages?

A: Solar alone typically shuts off during an outage. Solar + battery storage allows backup power.

Q: Can solar increase property value for agricultural land?

A: In many cases, yes—especially for properties with operational infrastructure, such as cold storage or irrigation systems.

Q: What’s the first step to see if solar is worth it for my ag property?

A: Start with a free assessment, and DC Solar will review your last 12 months of utility bills to design a solar solution that fits your needs.