It’s no secret that battery-powered outdoor power equipment has vastly improved since its introduction into the green industry. So, why don't you see battery-powered equipment on every landscaping job yet?
Before more landscapers readily adopt these machines across their fleets, they need to understand the return on investment. The key to evaluating battery-powered equipment is to look at how the costs of ownership shift over the life of the machine, viewing it as a long-term investment rather than just an upfront expense.
Look Beyond the Purchase Price
While businesses already budget for general maintenance and fuel costs, these ongoing operational burdens can be significantly offset by the long-term savings of electric power. By focusing on the total cost of ownership (TCO) over the product's lifetime, the perspective shifts from initial “sticker shock” or infrastructure needs toward the substantial operational ROI that battery-powered fleets provide.
Online TCO calculators can help contractors estimate the potential operational ROI of investing in battery-powered equipment through variables specific to their business. 
Toro developed a Total Cost Calculator to help contractors estimate potential ROI. @AliFuat - stock.adobe.com
- Current fuel and electricity costs
- Equipment purchase prices (both gas and battery)
- Financing term
- Estimated annual operating hours
- Annual maintenance costs for comparable gas equipment
- Available rebates, incentives or tax credits
Using those inputs, the calculator estimates the initial investment difference, projected annual operating savings, monthly savings and the estimated break-even point. Rather than focusing solely on the sticker price, contractors can see when lower fuel and maintenance costs begin offsetting the purchase price over time. Every operation is different, but having a data-driven estimate allows fleet managers to make purchasing decisions based on their own operating conditions.
Plan Your Charging Infrastructure
Charging infrastructure is another consideration when transitioning to battery-powered equipment, but it doesn't necessarily require a complete shop renovation.
The most important consideration is balancing the electrical load across available circuits.
Many commercial battery products can charge using electrical service already available in most facilities. Some options can charge using a standard 120-volt outlet rated for 15 or 20 amps, while larger equipment will require a dedicated 240-volt, 30-amp outlet with a neutral and ground wire for safe operation. Understanding these differences before purchasing equipment helps contractors anticipate any electrical upgrades that may be necessary.
The most important consideration is balancing the electrical load across available circuits. Every circuit has a maximum capacity, so charging multiple machines on the same circuit without proper planning can overload breakers and prevent equipment from charging overnight.
Check your electrical system. The Toro GrandStand Revolution can charge using a standard 120-volt outlet rated for 15 or 20 amps. The Z Master Revolution (pictured), will need a 240-volt, 30-amp outlet with a neutral and ground wire for safe operation.The Toro Company
Before introducing battery-powered equipment to the fleet, landscape contractors should review their facility's electrical capacity by:
- Identifying existing electrical loads throughout the shop.
- Calculating the electrical demand of each charger.
- Confirming sufficient capacity exists to charge equipment overnight.
- Consulting a qualified electrician if additional circuits or service upgrades may be required.
A quick review of your electrical service panel and a conversation with an electrician before purchasing equipment can help avoid unexpected installation costs and ensure your fleet is ready to work each morning.
Beyond the Financial Benefits
The advantages of battery-powered equipment extend beyond operating costs. Battery-powered equipment reduces the fueling and routine engine maintenance associated with gas-powered equipment, helping crews spend more time on revenue-generating work.
The right approach may not be a full fleet replacement but rather identifying where battery-powered equipment can deliver the greatest operational and financial benefits.
Battery-powered equipment also operates significantly quieter than comparable gas models, making it easier to work in neighborhoods, municipalities, and commercial properties with strict noise ordinances. At the same time, zero engine exhaust emissions help contractors meet growing environmental requirements and position their businesses for customers seeking more sustainable landscaping practices.
For many, the right approach may not be a full fleet replacement but rather identifying where battery-powered equipment can deliver the greatest operational and financial benefits. By evaluating TCO alongside facility charging requirements, contractors should be able to make more informed purchasing decisions based on long-term value — not just the initial purchase price.
