Utility Data First
We review usage and demand patterns before sizing storage, so the system matches how the property uses power.
We plan commercial battery storage around your utility data, solar production, and the loads that matter most. Storage can help support peak demand, use more of your solar energy, and keep selected equipment running during an outage.
Peak Demand Support
Selected Backup Loads
Solar-Plus-Storage
Managed From Start to Finish
Commercial storage has to match how the property uses power and which loads truly need support. We plan those details before recommending a system.
We review usage and demand patterns before sizing storage, so the system matches how the property uses power.
We identify which equipment needs backup before deciding how much storage is practical.
We plan around LADWP or SCE requirements, permits, inspections, and interconnection steps.
A local team with a C-10 Electrical Contractor License handles your project from design to activation.
Commercial solar for A&I in Van Nuys
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| Goal | Peak Demand Support | Selected Backup Loads | Storing Solar Energy |
|---|---|---|---|
| What It Does | Uses stored energy when demand is highest | Keeps chosen equipment running during an outage | Saves daytime solar for later use |
| Best Fit | Businesses with sharp usage peaks | Sites with equipment that must stay on | Properties with solar that produce more than they use midday |
| What We Review | Utility data and demand patterns | Critical loads, electrical panels, and runtime needs | Solar production and when the property uses power |
| Planning Focus | Battery size and when it discharges | Electrical design for the backed-up loads | Matching storage to production |
| Pairs Well With | Rooftop solar and EV load planning | Rooftop or carport solar | Rooftop solar and carports |
The right battery system isn't simply the largest one that fits. We review utility data, demand patterns, solar production, and which loads need support. Then we recommend a storage plan that makes practical sense for the business.
We review utility data, demand patterns, solar production, and the loads that need support.
We size the battery system and plan the electrical design around your goals and available space.
We prepare the plans and coordinate permits, inspections, and LADWP or SCE interconnection steps.
Our licensed crew installs the system on a schedule coordinated with your team to limit disruption.
We coordinate the required inspections and address any final items before utility approval.
After approval, we activate the system and show your team how to monitor storage and performance.
Battery storage works best when it is planned with the rest of the site. We can review rooftop solar, carports, and EV charging alongside storage, so each part supports the way the property uses power.
Produce the solar energy your battery can store for later use.
Convert and manage energy between solar, storage, and the building, and follow performance over time.
Plan Level 2 charging with storage to help manage the added load.
Add solar over parking areas when roof space is limited.
Commercial Results
A&I's Van Nuys warehouse and offices run on rooftop solar that Soloro designed and installed without interrupting daily operations.
Van Nuys Case Study A&I Inc. · Rooftop Solar
“Looking back, if I were to go to solar again, I would go directly to Soloro.”
Commercial Battery Storage FAQ
Commercial storage depends on utility data, demand patterns, and which loads need support. These answers cover what property owners and managers ask most before an assessment.
Only if the battery and electrical design are sized for it. Many businesses back up critical loads instead, so they start by identifying those loads before deciding how much storage is practical.
A battery can supply stored energy during the times the property uses the most power, which can reduce how much is drawn from the grid at those peaks. How much it helps depends on your utility rate and usage pattern.
Not always, but storage is often planned with solar so the battery can store solar energy for later use. We review both options against your goals.
Often, yes. We review the existing equipment, electrical design, and available space to see how storage can be added.
We start with utility data, demand patterns, and the loads that need support, then size the system around those goals and the space available.
Often, yes. Many storage systems can be planned with room to add capacity. If expansion is likely, we account for space and electrical design in the original plan.
Yes. Most grid-connected storage projects require permitting, inspection, and utility interconnection. The exact process depends on the property location and utility territory.
Helpful details include recent utility usage, the property address, a list of equipment that needs backup, electrical plans if available, and details of any existing solar system.
Battery Storage Costs
Your utility data shows how much power the property uses and when demand peaks. That is the starting point for storage size and cost.
Battery size, electrical design, backup requirements, and interconnection all shape the final price. Your proposal should make those costs clear.
Review purchase and financing options side by side, along with incentives that may apply to your project.
Contact Us
Our team is here to help. Reach out today and let Soloro help you plan the right energy system for your business.
Whether you are exploring solar for one building or several, our team is ready to answer your questions and help you find a clear starting point.