RPM Mechanical

02/18/2026

Why Municipalities Invest in Energy Efficiency

Municipalities are some of the best candidates for energy efficiency upgrades because they manage high-energy-use facilities and public infrastructure—and often qualify for strong utility and federal incentives.
Reduce operating costs, which gives immediate budget relief, modernization, and improvement in their public safety and service quality. These are just a few simple reasons to invest! Budget relief frees up taxpayer dollars and helps stabilize long-term budgets. Let's face it, many of our town buildings are not state-of-the-art, and many municipal buildings are older and inefficient. Simple upgrades can help reduce any issues or problems.

What would be some high-impact municipal energy efficiency upgrades?
LED Lighting Retrofits
· Street lighting
· Parking lots
· Parks
· Interior building lighting
o Savings: 40–75% reduction in lighting energy use
HVAC System Upgrades
· High-efficiency rooftop units
· Variable Frequency Drives (VFDs)
· Smart thermostats
· Boiler/chiller replacements
o Savings: 20–40% HVAC reduction
Water & Wastewater Optimization
· Pump upgrades
· Blower optimization
· VFD controls
o Water plants are among the largest municipal energy users.
Building Automation Systems (BAS)
· HVAC
· Lighting
· Scheduling
· Load management
o Provides measurable energy reductions and operational transparency.

Lead by example for your local businesses and residents! Municipal governments set the tone for investing in efficiency, demonstrating fiscal responsibility and environmental stewardship.
Contact RPM Mech to help you get started on making your city more efficient!

02/16/2026

Proudly earning consecutive-year recognition for advancing energy-saving initiatives.

02/09/2026

🚨 We’re here when you need us—day or night.

RPM Mechanical provides 24/7 emergency service throughout the Chicagoland area, with headquarters just outside downtown Crystal Lake.

If you have an emergency, call us anytime: (847) 366-6707.

02/05/2026

“The Biggest Energy Wasters in Commercial Mechanical Systems”
Commercial buildings waste more energy than most owners realize. Most commercial buildings don’t have an “efficiency problem”—they have an operations problem. The equipment is usually capable of performing well, but poor controls, deferred maintenance, or improper setup quietly drain energy every hour of every day.
The good news? You don’t need a full energy audit to find major savings. With a few quick checks, facility teams can identify hidden energy waste and start improving efficiency immediately. The biggest energy waste in commercial mechanical systems is typically in pumps, fans, boilers, chillers, and compressed air systems
Mechanical efficiency isn’t about fancy technology—it’s about smarter operation. By paying attention to how pumps, fans, boilers, chillers, and compressed air systems actually behave, facility teams can uncover thousands (and sometimes hundreds of thousands) of dollars in avoidable energy costs. A small amount of monitoring today can prevent a lot of wasted energy tomorrow.

5-Minute Mechanical Room Energy Check
1. Pumps running at full speed with low demand
2. Air handlers running at full airflow after hours
3. Boilers firing on mild days
4. Chillers running when outdoor air is cool
5. Audible compressed air leaks

Improving commercial mechanical efficiency doesn’t require expensive new equipment — it requires smarter operation, better controls, and proactive maintenance. By addressing inefficiencies in pumps, fans, boilers, chillers, and compressed air systems, building owners can reduce energy costs, improve reliability, and lower their carbon footprint.
Regular monitoring, trend analysis, and system optimization are the fastest paths to lasting energy savings in commercial facilities.

01/30/2026

Commercial Plumbing Failures: Prevention Beats Emergency Repair.

A burst pipe in a commercial building isn’t just an inconvenience; it’s an emergency that can shut down operations, damage property, and cost tens of thousands of dollars in repairs and lost revenue. In cold-climate regions like us here in Illinois and the Midwest, pipe failures spike during winter months, often after hours when no one is on-site.

Understanding why pipes burst—and how to prevent it—can make the difference between a minor incident and a major disaster.

Burst pipes aren’t “unexpected accidents.” In most cases, they’re the result of deferred maintenance, inadequate freeze protection, or lack of monitoring. For commercial facilities, prevention isn’t just about protecting pipes—it’s about protecting people, operations, and assets. Vacant or partially occupied buildings are particularly vulnerable, as reduced heating and limited monitoring allow small issues to escalate quickly.

A winter readiness plan today can prevent a major emergency tomorrow. Please reach out to us today to go over all your options for your facility.

RPM Mechanical offers 24-hour emergency service!
www.rpm-mech.com

01/23/2026

From "Built to Last" to "Built to Save": The New Era of Energy
“It is old; just get rid of it.” “We can just get a new one.” “Just replace it!”

Sounds like something said in many companies about their equipment. Many people believe it is their only option to improve performance and keep their energy costs down. Is it really improving their ROI?

Here’s the clear, real-world breakdown used in mechanical energy audits and why new isn’t necessarily better. Controls… Placing control upgrades on your older equipment will maximize not only the life of your equipment but also the energy efficiency inside your facility, which is now in demand and control. What controls can be placed? But why not upgrade? Isn’t that better and overall more cost-effective? Buildings with functioning but poorly optimized systems, such as schools, hospitals, and multi-tenant buildings, are great examples.

“Controls unlock efficiency you’re already paying for. Equipment replaces what’s broken.”

Adding controls.

A few examples of control upgrades that can be utilized are setpoint & sequence optimization, occupancy-based control, and BAS upgrades. Their ROIs are strong due to shorter paybacks and minimal downtime; they will start to see immediate changes in their energy savings. These examples are typically better running ROIs.

Changing Equipment.

Let’s say new RTUs, boilers, or refrigeration were replaced with new models. They all come equipped with high-efficiency motors or compressors. Replacing the equipment does help with reliability, safety issues, end-of-life equipment, and if you were looking to switch fuels to use. The ROIs in this situation tend to take a bit longer due to the higher cost of making sure the equipment is up to code and completely compliant. This hasn’t even mentioned the number of years it will take to payback without using incentives.

Bottom Line.

New equipment with bad controls still performs badly. Old equipment with good controls can outperform new installations.

01/20/2026

The Secret Life of EV Batteries
Electric vehicles (EVs) are revolutionizing transportation, offering cleaner, quieter, and smarter mobility. But even the most advanced EV is only as effective as the infrastructure that keeps it running. Enter EV charging stations—the backbone of the electric mobility revolution. Without them, range anxiety would still be a major roadblock. Welcome to the secret life of EV batteries.

Electric vehicles are only as good as the infrastructure that supports them. Without reliable charging stations, even the best EV battery technology can’t deliver a seamless experience. Here’s a look at what’s happening in the world of EV charging stations today. Did you know there are different types of EV charging stations? 3, to be exact.

Level 1—This would be considered your standard EV charger, which you would see at a home. This charger tends to be very slow and is ideally used for overnight charges. The cost is low and comes with a simple setup. The battery averages 3-5 miles of range per hour.

Level 2—Also seen in garages at homes, but more so seen at public stations and workplaces. You’ll find these mostly in public areas. The battery will average 15-30 miles of range per hour.

DC Fast—Highway corridors and long-distance travel are essential for the DC Fast charging stations. It requires significant infrastructure investment to obtain this charger. The battery will charge in about 20-40 minutes for a 60-200-mile range.

As fast as the EV world is coming at us, it is evolving its technology just as fast. Wireless charging, solar, and battery storage are being sources of renewable-powered stations, smart grids, and V2G. V2G is vehicle-to-grid, where EVs can send electricity back to the grid during peak demands. Despite the incredible rapid growth, we are waiting for the challenges and hurdles to come with it, right? What if you are in an urban area? There will be grid limitations and a lack of standardization in regions. Despite the high cost to even install the stations, are we going to be able to supply the number of engineers for maintenance and ensure the reliability of all the public stations? I wouldn’t get all worried just so fast. The governments worldwide are investing in the charging networks, and private companies are all racing to be able to contribute to establishing fast-charging stations for highways. With battery improvements, more stations, EV drivers can look forward to faster, smarter, and greener charging options than ever before.

EV charging stations are more than plugs—they’re the invisible infrastructure enabling the electric vehicle revolution. By expanding networks, integrating smart technology, and embracing sustainability, charging stations are keeping EVs on the road and drivers confident. The journey toward a fully electric future isn’t just about batteries—it’s about making sure every car can plug in, recharge, and keep moving.

Interested in EV Chargers for your business? Contact us today, let’s talk!

01/12/2026

It’s that time of year when the sauna becomes one of the most valued amenities in the gym. With increased use, proper maintenance is critical to ensure guest safety, protect your business, and preserve your investment.

Commercial sauna maintenance directly impacts guest safety, liability exposure, operating costs, equipment lifespan, and brand reputation. It is not optional—it is a safety system, a cost-control strategy, and a brand-protection measure.

Guests notice immediately when a sauna is dirty, out of service, producing odors, or delivering uneven heat. These issues quickly lead to complaints, lost trust, and reputational damage. In a competitive fitness market, poorly maintained amenities can drive members elsewhere.

Commercial saunas are also subject to building, fire, and health codes, as well as insurance carrier requirements. Without documented maintenance, facilities may face denied insurance claims, fines, forced shutdowns, or legal exposure. Neglected saunas increase the risk of electrical hazards, fire danger, bacterial growth, and mold, all of which pose serious health and compliance concerns.

Routine, documented cleaning, inspection, and servicing:

Improves safety and code compliance

Extends equipment life

Maintains consistent, reliable temperatures

Reduces emergency repairs and downtime

Lowers utility costs

Prevents premature equipment replacement

Proper maintenance ensures your sauna operates at peak performance and remains a reliable capital asset rather than a liability.

Bottom Line........

Commercial sauna maintenance protects people, property, and profit. It is a low-cost preventive strategy that avoids high-cost failures, liability exposure, and reputational damage—while ensuring your sauna continues to enhance the member experience.

12/17/2025

12/03/2025

Still Running on Yesterday? Here’s What That Buys You.

Financial:
❌ Higher energy bills
❌ Increased maintenance and emergency costs
❌ Lower property value

Operational:
❌ More equipment failures
❌ Decreased comfort and IAQ
❌ Higher tenant turnover

Compliance & Risk:
❌ Exposure to fines
❌ Increased safety and liability risks
❌ Difficulty meeting future standards

Market:
❌ Less attractive to tenants
❌ Damaged sustainability profile

11/12/2025

Winter = Higher Expenses?

Yes — most likely you will see a jump in business expenses this winter if efficiency upgrades aren’t made, especially in areas tied to energy use, maintenance, and operations.

Here’s a breakdown of what’s happening and why it matters for your business:

🔥 1. Energy and Utility Costs Will Climb

Without efficiency upgrades (like better insulation, modern HVAC, LED lighting, or smart thermostats), your heating costs will rise because:

Systems have to work harder and longer to maintain comfort.

Older equipment uses more fuel or electricity per unit of output.

Natural gas and electricity rates in the Midwest are expected to rise modestly this winter (due to higher demand and fuel prices).

➡️ Estimate: 10–25% increase in heating/energy bills for businesses that don’t upgrade efficiency.

⚙️ 2. Mechanical and Maintenance Costs Will Rise

Inefficient systems experience:

More wear and tear under winter strain.

Higher risk of emergency repairs, which are charged at premium rates.

Increased downtime affects productivity or customer comfort.

➡️ Result: You’ll likely see higher mechanical/maintenance bills (5–20% increase) versus last winter and potential downtime losses if something breaks unexpectedly.

💡 3. Lost Productivity or Customer Impact

For customer-facing businesses (offices, retail, hospitality, etc.), older or inefficient systems can mean:

Uneven heating/cooling = reduced comfort and employee performance.

Equipment downtime equals lost sales or disrupted operations.

Customers may notice—hurting brand experience.

➡️ These are indirect costs that add up, even if you’re not paying them as a bill.

📈 4. Insurance, Compliance, and Tax Factors

Older, inefficient systems can also:

Increase insurance risk (especially if HVAC, electrical, or plumbing systems are out of date).

Miss out on local rebates or tax deductions for energy-efficient improvements (Illinois still offers several for businesses through ComEd and Nicor).

➡️ You may end up paying more in operating costs and missing incentives that could’ve offset upgrades.

💰 5. The “Cost of Doing Nothing” Adds Up

If you skip efficiency upgrades:

Short term: You save on upfront costs.

Medium term: You pay more in utilities, maintenance, and emergency service.

Long term: You pay more to replace overstrained equipment earlier than expected.

➡️ On average, businesses that delay upgrades for even 1–2 years see total operating costs rise 15–30%, compared to those that make planned efficiency improvements.

✅ What You Can Do

If you want to avoid that winter cost jump, here are some quick wins:

Call RPM Mechanical!

Key Sources

Ameren Illinois
Commonwealth Edison (ComEd)—Energy Efficiency Program for Businesses
Nicor Gas

10/31/2025

What Is Energy Efficiency and Why Does It Matter for Commercial Properties?

Energy efficiency means using less energy to achieve the same results—powering systems, lighting spaces, and heating and cooling buildings—without waste.

For commercial properties, this is a key part of maintaining performance, reducing costs, and meeting sustainability goals.

At RPM Mechanical, energy efficiency is about helping businesses operate smarter. Through advanced HVAC systems, solar integration, and building energy audits, we ensure that every system runs at peak performance.

Why It’s Important for Commercial Properties:

💰 Lower Operating Costs: Energy-efficient systems cut utility expenses and free up funds for other business needs.

🌍 Sustainability & Compliance: Reduces carbon emissions and helps properties meet environmental standards and building codes.

🏢 Improved Building Performance: Efficient HVAC and mechanical systems create consistent comfort for tenants and employees.

⚙️ Reduced Maintenance: Optimized systems experience less strain, leading to fewer breakdowns and longer equipment life.

📈 Higher Property Value: Energy-efficient buildings are more attractive to tenants, buyers, and investors.

By focusing on efficiency, RPM Mechanical helps commercial buildings stay competitive, sustainable, and cost-effective for years to come.