



Battery, UPS & Solar Integration. Denver & Front Range.
Voltage sags, surges, and split-second outages reset machines, corrupt data, and spoil product. We design battery storage and UPS systems that keep your critical loads running, then integrate them with solar so the same equipment that protects your operation also lowers your energy costs.
Book a Power AssessmentThe problem
Most power problems last less than a second. That is still long enough to stop a production line, reboot a server, or trip a compressor.
Brief dips when large motors start or the grid is stressed. Drives, controls, and computers can drop out or reset.
Blinks that last a fraction of a second. Lights barely flicker, but sensitive equipment restarts and work in progress is lost.
Spikes from switching and lightning that stress electronics and shorten the life of expensive equipment.
Distorted waveforms from variable-frequency drives and electronics that cause overheating, nuisance trips, and odd faults.
Storms, wildfire-season shutoffs, and equipment failures that take a building offline for hours.
Short bursts of high usage that set your demand charge for the month on many commercial rate plans.
Good · Better · Best
Start with your most critical loads and build toward a facility that generates, stores, and conditions its own power.
An uninterruptible power supply that conditions power and takes over instantly so critical equipment never sees a disturbance.
Add a commercial battery system for hours of backup across more of the building, plus peak shaving on everyday bills.
Solar recharges your batteries every day, so your protection system also cuts energy costs and keeps running through long outages.

Keep production, refrigeration, records, and point of sale running through the disturbances that used to stop them.
On rate plans with demand charges, batteries discharge during your peaks to lower the demand you are billed for.
Capture midday solar production and use it when rates or demand are highest, or hold it in reserve for outages.
Conditioned, steady power reduces stress on motors, drives, and electronics, so they last longer and fail less often.
Who we help
Imaging, sterilization, and patient records that need clean, uninterrupted power.
Instruments, freezers, and long-running tests that cannot restart mid-cycle.
CNC machines, PLCs, and drives that fault on sags and lose hours of work.
Networks and servers that need ride-through and a clean shutdown path.
Walk-ins and freezers where an outage means spoiled inventory.
Process controls, pumps, and chillers that need steady power.
Lighting, HVAC, and irrigation controls where downtime puts a crop at risk.
Phones, point of sale, and security systems that keep the doors open.
How it works
We size protection to the loads that matter, then show how solar and storage can lower the cost of owning it.
We identify your critical loads, review utility bills and interval data, and document your outage and reset history.
We size the UPS, battery storage, and solar together and model backup runtime alongside energy and demand savings.
We handle utility interconnection, permitting, and installation with minimal disruption to your operation.
We commission the system, set up monitoring, and support it for the long haul.

Buildings 25,000 square feet and larger must meet Denver's Green Buildings Ordinance when they replace a roof. Rooftop solar is the compliance option that pays you back, and it can recharge the same batteries that protect your power.
Real commercial and municipal systems Discovery has delivered across Colorado.
View all projectsPower quality describes how steady and clean the electricity reaching your equipment is. Good power holds voltage within a normal range, keeps a consistent frequency, and has a clean waveform. Common problems include voltage sags and swells, surges and transients, harmonic distortion, flicker, and momentary interruptions that last only a fraction of a second but can still reset sensitive equipment.
A UPS (uninterruptible power supply) sits between the grid and your critical equipment and takes over instantly, or continuously conditions power, so loads never see a disturbance. It is usually sized to carry critical loads for minutes. A battery energy storage system is larger, stores hours of energy, can back up bigger portions of a building, and can store solar power and reduce peak demand. Many facilities pair the two: the UPS protects the most sensitive loads and the battery system extends runtime.
No. A standard grid-tied solar system shuts off during a grid outage for safety. Paired with battery storage and the right inverter and controls, solar can keep recharging the batteries so critical loads stay powered longer during an extended outage.
Often, yes. On commercial rate plans that include demand charges, a battery can discharge during your highest-use periods to lower the peak demand you are billed for. It can also store midday solar production for later use. Savings depend on your rate plan and load profile, so we model them with your actual utility data before you commit.
We start with which loads truly cannot go down, how much power they draw, and how long they need to run. Then we review your utility bills, any interval data, and your history of outages and equipment resets. From there we size the UPS, the battery system, or both, and show how solar can integrate to recharge storage and offset energy costs.
Any operation where a few seconds of bad power means lost product, lost data, or downtime. That includes medical and dental offices, labs, manufacturers running CNC machines or PLCs, server rooms and IT closets, restaurants and cold storage, breweries and food producers, and indoor agriculture.
Book a power assessment. We review your critical loads and utility data, then design battery, UPS, and solar protection that fits your operation and budget.
Book a Power Assessment