Step 1: Convert to LED Throughout Your Home

This is the fastest, easiest, and most cost-effective lighting upgrade you can make.

LED bulbs use approximately 85% less energy than traditional incandescent bulbs. They last 15-25 times longer. And they’ve come down dramatically in price over the past few years.

Why LEDs matter for Charlotte homes:

Your electric bill. Charlotte summers mean air conditioning running constantly. The last thing you need is lighting that generates heat and drives up cooling costs. LEDs run cool and slash energy consumption.

Longer lifespan means fewer replacements. Incandescent bulbs burn out every 1,000 hours. Quality LEDs last 25,000-50,000 hours. That’s years of use without climbing a ladder to change bulbs.

Better light quality. Modern LEDs offer warm, natural light that rivals traditional bulbs. You’re not stuck with that harsh, cold light from early LED technology.

Where to start:

Replace your most-used lights first. Kitchen, living room, bathrooms, and outdoor fixtures get the most use and deliver the fastest payback on LED conversion.

Match color temperature to the room. Use warm white (2700K-3000K) for living spaces and bedrooms. Use bright white (3500K-4100K) for kitchens and workspaces. Use daylight (5000K-6500K) for garages and outdoor security lighting.

Consider smart LED bulbs for rooms where you want dimming or color control without rewiring. These connect to your phone and cost only slightly more than standard LEDs.

Energy savings. Dimming lights by just 25% cuts energy use by approximately 20% and extends bulb life significantly.

Flexibility. Morning coffee needs different lighting than evening wine. Dimmers let you adjust for time of day, activity, and mood.

Smart switch upgrades:

Smart dimmer switches connect to your phone, voice assistant, or home automation system. They cost $40-80 each and offer features like:

• Scheduling lights to turn on/off automatically
• Creating lighting scenes for different activities
• Remote control from anywhere
• Integration with motion sensors and other smart home devices

Where to install dimmers:

Dining room. This is the most impactful location for a dimmer. Bright for homework, dimmed for dinner parties.

Living room. Overhead lighting that dims lets you adjust for TV watching, reading, or entertaining.

Bedrooms. Dimmed lights before bed help you wind down. Full brightness in the morning helps you wake up.

Kitchen. Dimmers over islands or breakfast areas create flexibility. Bright for cooking, dimmed for casual meals.

For professional lighting installation in Charlotte NC, contact a licensed electrician who can install dimmers that work properly with your existing fixtures and LED bulbs.

Step 3: Add Strategic Recessed Lighting

Recessed lighting sounds expensive. It can be. But strategic placement of just a few recessed lights delivers outsized impact for reasonable cost.

Why recessed lighting works:

Clean, modern look. Recessed lights disappear into the ceiling. No bulky fixtures, no visual clutter.

Focused illumination. Recessed lights put light exactly where you need it: kitchen counters, reading nooks, artwork, architectural features.

Increased home value. Quality recessed lighting is a premium feature buyers notice and appreciate.

Budget-friendly recessed lighting strategies:

Start with high-impact areas. You don’t need to light the entire house with recessed fixtures. Add 3-4 lights in key locations:

• Over kitchen islands or peninsulas
• In dark hallways or entryways
• Above bathroom vanities
• Highlighting artwork or architectural features

Use retrofit LED cans. These install into existing ceilings without major construction. A licensed electrician can typically install retrofit recessed lights in 1-2 hours per fixture, depending on attic access and wiring runs.

Step 4: Layer Your Indoor Lighting

The biggest lighting mistake homeowners make: relying on a single overhead fixture per room.

Professional lighting design uses layers: ambient, task, and accent lighting. You can achieve this layered approach on a budget.

Ambient lighting:

This is your general, overall room lighting. Ceiling fixtures, recessed lighting, and wall-mounted fixtures provide ambient light.

Budget approach: Update existing ceiling fixtures with modern, efficient options. A new fixture costs $50-200 and transforms a room’s appearance.

Task lighting:

This is focused light for specific activities: reading, cooking, applying makeup, working at a desk.

Budget approach: Add under-cabinet lighting in kitchens ($30-100 for LED strips). Install swing-arm reading lights in bedrooms ($40-80 each). Add vanity lighting in bathrooms ($50-150).

Accent lighting:

This highlights architectural features, artwork, or creates visual interest.

Budget approach: Use affordable track lighting ($60-150) to highlight art or architectural details. Add LED strip lights ($20-50) under shelves or behind TVs for subtle accent lighting.

Practical layering strategy:

Start with one room. Create a properly layered lighting scheme in your most-used space: kitchen, living room, or master bedroom.

Combine new and existing. Keep overhead ambient lighting. Add task lights where needed. Include one or two accent elements.

Use different light sources at different times. Morning might use bright overhead lights. Evening might use just task and accent lights for a completely different feel.

The goal isn’t to light every corner. It’s to have options and flexibility based on how you’re using the space.

Step 5: Don’t Forget Outdoor Lighting

Outdoor lighting delivers the highest return on investment of any lighting upgrade. It improves curb appeal, increases security, and extends your usable living space.

Budget-friendly outdoor lighting upgrades:

LED pathway lights. Solar-powered LED path lights cost $5-15 each and require zero installation. Place them along walkways, driveways, or garden beds for instant impact.

Updated porch and entry fixtures. Replacing dated outdoor fixtures costs $50-200 per light. This simple change dramatically improves your home’s first impression.

Motion-activated security lights. LED motion sensors cost $20-60 and install easily on existing electrical boxes. They improve security and save energy by only running when needed.

Landscape spotlights. Low-voltage LED landscape lights ($15-40 each) highlight trees, architecture, or garden features. They transform your yard at night for minimal cost.

Where to focus outdoor lighting:

Front entry. This is non-negotiable. Quality lighting at your front door improves safety, security, and curb appeal.

Pathways and steps. Illuminate walking paths to prevent trips and falls. This is especially important for Charlotte’s older neighborhoods with uneven sidewalks.

Outdoor living spaces. If you have a deck, patio, or outdoor seating area, proper lighting extends its usability into evening hours.

This phased approach spreads costs over time while delivering continuous improvements to how your home looks and functions.

Why Professional Installation Matters

Some lighting upgrades are DIY-friendly. Changing bulbs and plugging in lamps don’t require an electrician.

But many upgrades do:

• Dimmer switch installation
• Recessed lighting
• Hardwired outdoor fixtures
• Any new circuits or wiring
• Smart lighting integration

Licensed electricians ensure work meets Charlotte electrical codes, passes inspections, and operates safely. They complete installations faster and correctly the first time.

At Patterson Contracting Services, we help Charlotte homeowners create lighting plans that fit their budget and deliver maximum impact. We can handle everything from simple dimmer installation to complete indoor and outdoor lighting transformations.

Start With One Room

The easiest way to begin: pick one room and upgrade it completely.

Convert to LED. Add a dimmer. Install task lighting where needed. Maybe add 2-3 recessed lights. Update the main fixture.

Live with that room for a few weeks. Notice how it feels different. How you use it more. How much better it looks.

Then move to the next room.

Before you know it, you’ve transformed your entire home’s lighting without ever writing a massive check or enduring a major renovation.

Ready to upgrade your Charlotte home’s lighting? Contact us to discuss your project. We’ll help you create a plan that delivers the results you want at a price that works for your budget.

When the power goes out, the battery seamlessly takes over. No lag, no engine noise: just silent, instant backup power. The catch? You’re working with a finite amount of stored energy, typically between 5 and 15 kilowatt-hours per battery unit.

Think of it like this: a generator is a gas station that never closes. A battery is a gas tank that eventually runs empty (unless the sun comes out and you’ve got solar panels recharging it).

But here’s where it flips: over 20 years, battery systems paired with solar often come out cheaper. One recent analysis found that a solar-plus-battery setup cost around $39,434 total over two decades, while a natural gas generator cost $78,012 when you factor in fuel, maintenance, and replacement costs.

Why? Because battery systems reduce your monthly electric bill every single day. Generators just sit there until the power goes out. They don’t save you money: they cost you money in maintenance and fuel, even when they’re not running.

Runtime: How Long Will the Power Stay On?

This is where generators shine. As long as you’ve got natural gas flowing or propane in the tank, your generator will keep running. Three days? No problem. A week? Sure, if you keep the propane topped off.

Battery systems are more limited. A single Powerwall stores about 13.5 kWh of usable energy. That might power your essentials: fridge, some lights, internet, a few outlets: for 8 to 12 hours, depending on your usage. If you want more capacity, you can stack multiple batteries, but that adds cost.

If you’ve got solar panels paired with your battery, though, the game changes. Sunny days can recharge your batteries, giving you continuous power as long as the weather cooperates. In Charlotte, where we get plenty of sunshine between storms, that’s a real advantage.

For short outages (a few hours to a day), battery backup is perfect. For multi-day blackouts caused by ice storms or hurricanes, generators have the edge: unless you’ve got a robust solar-plus-battery setup.

Maintenance: What’s the Real Work?

Generators require regular maintenance. At minimum, you need an annual service visit, which costs between $200 and $600. Oil changes, filter replacements, battery checks: it’s like owning a car you never drive but still have to maintain.

They also need to run periodically to stay in good shape, so expect a weekly self-test cycle where the generator fires up for a few minutes. If something goes wrong: and things do go wrong: you’re calling a technician and paying for parts and labor.

Battery systems? Almost zero maintenance. Once Patterson Contracting Services installs your system and gets it up and running, you mostly just forget about it. No oil changes, no fuel filters, no moving parts to wear out. The batteries themselves degrade slowly over time (usually lasting around 10 years), but during that decade, you’re not doing much besides watching your energy bill shrink.

Charlotte Weather: What Should You Prepare For?

Living in Charlotte means dealing with summer thunderstorms, occasional ice storms, and the rare tropical system that decides to wander inland. Most of our outages are short: a few hours, maybe half a day. But every few years, we get hit with something bigger.

For typical Charlotte weather patterns, battery backup handles most situations beautifully. A quick afternoon storm knocks out power? Your battery keeps everything running until Duke gets things sorted. You might not even notice the outage.

For the big events: like that 2014 ice storm that left some neighborhoods dark for days: a generator installation in Charlotte NC makes more sense. If you live in a heavily wooded area where storms frequently take down trees and power lines, a generator’s unlimited runtime is hard to beat.

Which One Is Right for Your Charlotte Home?

Here’s the honest answer: it depends on what you value most.

Choose a whole house generator if:

• You want the lowest upfront cost
• You experience frequent, long-duration outages
• You need high power output for large homes or power-hungry equipment
• You don’t have space or budget for solar panels
• You’re not worried about noise or emissions

Choose battery backup if:

• You want to reduce your monthly electric bill while also having backup power
• Most of your outages are short (under 24 hours)
• You value quiet, clean energy
• You’re planning to add solar panels (or already have them)
• You’re thinking long-term savings over upfront cost

And here’s a pro tip: you don’t have to choose just one. Some homeowners install both. The battery handles everyday outages silently and efficiently, while the generator kicks in during extended emergencies or when the battery runs low. It’s the best of both worlds, though obviously the most expensive option.

Get Expert Guidance from Patterson Contracting Services

Whether you’re leaning toward a generator installation in Charlotte NC or exploring battery backup options, the most important step is working with a licensed electrical contractor in Charlotte NC who knows the local code requirements, weather patterns, and utility hookups.

At Patterson Contracting Services, we’ve installed both whole house generators and battery backup systems across Charlotte neighborhoods: from Dilworth to Ballantyne to Myers Park. We’ll assess your home’s electrical panel, talk through your backup power needs, and give you an honest recommendation based on your situation.

We’re not here to upsell you on the most expensive option. We’re here to help you make the right choice for your home and family.

Ready to talk backup power? Reach out to Patterson Contracting Services and let’s figure out what makes sense for your Charlotte home. Because when the lights go out, you’ll be glad you planned ahead.

Understanding Your Electrical Panel

Your electrical panel is the heart of your home’s electrical system. It takes power from the utility company and distributes it to every circuit in your house.

Panels are rated by amperage. That number tells you how much total electrical current your home can handle at once.

200-amp panels are standard in newer Charlotte homes. If you bought or built in the last 20 years, you probably have one of these. Good news: you can almost certainly add an EV charger without upgrading.

100-amp panels were common from the 1960s through the 1990s. Many homes in neighborhoods like Dilworth, Plaza Midwood, and NoDa still have these. Whether you need an upgrade depends on what else is running in your home.

60-amp panels show up in older Charlotte homes built before 1960. If you’ve got one of these, you’re definitely looking at an upgrade. Modern homes simply use too much power for a 60-amp panel to handle safely.

But here’s the thing: the number on your panel doesn’t tell the whole story. What matters is how much of that capacity you’re actually using.

Why Some Electricians Jump to “You Need an Upgrade”

Here’s an uncomfortable truth: doing a proper load calculation takes time and knowledge. It’s easier and faster to just say “you need a panel upgrade” than to sit down and run the numbers.

Some electricians recommend upgrades out of genuine caution. Liability concerns are real. If they underestimate your load and something goes wrong, they’re responsible.

Others recommend upgrades because panel replacement is profitable work. I’m not saying every electrician who recommends an upgrade is trying to upsell you. But you should understand that not all recommendations are based purely on technical necessity.

That’s why getting a second opinion matters. If someone tells you that you need a $3,000-$5,000 panel upgrade before you can charge your EV, ask them to show you the load calculation. ask them what alternatives exist.

Because alternatives do exist.

Your car still charges overnight. You just avoid overloading your panel.

Popular load management systems include:

• Span Smart Panel
• Schneider Electric Wiser Energy
• Emporia Vue
• Sense Energy Monitor with smart EV charger integration

These systems cost significantly less than a full panel upgrade. We’re talking $1,500-$2,500 installed versus $4,000-$8,000 for a panel replacement.

For many Charlotte homes with 100-amp or 200-amp panels that are running close to capacity, load management is the perfect solution.

Your panel shows signs of problems. Frequent breaker trips, burning smells, humming sounds, hot panel doors, or flickering lights all indicate serious issues. Don’t add an EV charger. Get the panel addressed first.

When you need an upgrade for electrical panel service in Charlotte NC, it’s not optional. But when you need one, you really need one.

Charlotte-Specific Considerations

Charlotte’s housing stock is diverse, and that affects EV charging planning.

Older neighborhoods like Dilworth, Myers Park, and Elizabeth have homes built between 1920 and 1960. Many still have their original electrical systems. These homes often need significant electrical work before adding an EV charger. Panel upgrades are more common here.

Mid-century homes in areas like Eastover and South Charlotte typically have 100-amp or early 200-amp panels. These often have enough capacity with smart load management. Full upgrades are less common but sometimes necessary.

New construction in Ballantyne, Weddington, and surrounding areas comes with 200-amp panels as standard. These homes almost never need upgrades for EV charging.

Townhomes and condos present unique challenges. You might need HOA approval for EV charger installation. Shared electrical infrastructure can complicate things. And older townhome developments may have undersized panels.

Understanding your home’s age and electrical history helps set realistic expectations.

The Real Cost Comparison

Let’s talk numbers.

Basic EV charger installation (assuming adequate panel capacity): $800-$1,500
This includes the charger, dedicated circuit, installation, and permit.

Installation with load management system: $2,000-$3,500
This covers everything above plus the smart load management hardware and configuration.

Installation with panel upgrade: $5,000-$10,000
This includes a new 200-amp panel, main breaker, installation, permit, inspection, plus the EV charger circuit and equipment.

The cost difference is substantial. If you can avoid a panel upgrade with load management, you’re saving $3,000-$7,000.

Even better: many load management systems qualify for utility rebates. Duke Energy offers incentives for smart charging equipment that helps reduce peak demand. Those rebates can offset part of your installation cost.

Questions to Ask Your Electrician

When you’re getting quotes for EV charger installation in Charlotte NC, ask these questions:

“Can you show me the load calculation?” A detailed calculation should break down your current usage and available capacity. If they can’t provide this, they’re guessing.

“What’s my panel currently rated for and what am I using?” You need both numbers to understand your situation.

“Have you considered load management as an alternative to a full upgrade?” If they say no or don’t know what you’re talking about, get a second opinion.

“What rebates or incentives are available?” A knowledgeable electrician should know about current Duke Energy programs and federal tax credits.

“Can I see examples of similar installations you’ve done?” Experience matters, especially with newer technologies like load management systems.

These questions help you separate thorough professionals from those who default to “just upgrade the panel.”

Making the Right Decision for Your Home

Here’s my recommendation: start with a proper assessment.

A licensed electrician should visit your home, examine your panel, review your electrical usage, and run a load calculation. That assessment tells you exactly what you’re working with.

If you have available capacity, great. Install the charger and be done.

If you’re close to capacity but your panel is in good condition, explore load management options first. They’re usually more cost-effective than a full upgrade.

If your panel is outdated, dangerous, or genuinely maxed out, then yes, upgrade it. But make that decision based on facts, not assumptions.

At Patterson Contracting Services, we start every EV installation project with a thorough assessment. We show you the numbers. We explain your options. And we help you make the most cost-effective decision for your situation.

Get a Professional Assessment

You shouldn’t have to guess whether you need a panel upgrade. And you shouldn’t get pushed into expensive work you don’t actually need.

If you’re planning to install an EV charger in your Charlotte home, let’s start with the facts. We’ll assess your electrical system, run the load calculations, and give you an honest recommendation about your options.

Contact Patterson Contracting Services to schedule your EV charger assessment. We’ll help you figure out exactly what your home needs and what it will cost.

Your EV is a smart investment. Your charging installation should be too.

This isn’t cosmetic work. This is serious electrical infrastructure that has to meet strict safety codes and pass professional inspection.

The 2026 NEC Changes You Need to Know

The National Electrical Code gets updated every three years. The 2026 edition includes several new requirements specifically addressing EV charging equipment, and they make DIY installation even more problematic.

Ground fault protection. The 2026 NEC requires enhanced ground fault circuit interrupter (GFCI) protection for EV chargers. This isn’t the simple GFCI outlet you might install in a bathroom. It’s sophisticated equipment that detects even minor ground faults that could cause fires or electrocution.

Load management systems. Many Charlotte homes don’t have the electrical capacity to add a 50-amp EV charger without exceeding their service panel rating. The 2026 code allows load management systems that balance your home’s electrical load dynamically, but these systems require professional programming and integration with your electrical panel.

Ventilation requirements. If you’re installing your charger in an enclosed garage, new ventilation requirements may apply. This isn’t just electrical work anymore: it might involve coordinating with HVAC contractors.

Proper disconnects. The updated code requires specific disconnect means for EV charging equipment. These have to be properly rated, properly located, and properly labeled.

A licensed electrician stays current on these code changes. It’s part of continuing education requirements. A DIY installer watching a YouTube video from 2023? They’re working with outdated information that won’t pass inspection.

Second, Duke Energy might refuse to provide service. Utility companies can require proof of permitted, inspected electrical work before connecting power to new circuits.

Third, you create a liability nightmare if something goes wrong. More on that in a moment.

The Real Safety Risks

Let’s talk about what can go wrong with an improperly installed EV charger.

Electrical fires. According to the National Fire Protection Association, electrical failures or malfunctions are involved in an estimated 13% of home structure fires. An undersized wire, improper connection, or overloaded circuit creates heat. Heat degrades insulation. Degraded insulation causes arcing. Arcing starts fires.

Your EV charger will pull heavy current for hours every night. Any installation error gets worse over time as connections heat up, cool down, heat up again, causing expansion and contraction that loosens connections.

Electrocution hazards. A 240-volt circuit has serious power. If the charger isn’t properly grounded, if the installation has a ground fault, or if moisture intrudes into an improperly sealed connection, someone could be seriously injured or killed.

Damage to your vehicle. Modern EVs have sophisticated battery management systems. Improper voltage, inconsistent power delivery, or electrical noise from a poorly installed charger can damage these systems. We’re not talking about a $200 repair. We’re talking about battery packs that cost $10,000-$20,000 to replace.

Property damage. I’ve seen DIY electrical work destroy circuit boards in refrigerators, HVAC systems, and home electronics when voltage fluctuations or power surges propagate through the home’s electrical system.

These aren’t hypothetical scenarios. These are real consequences of improper electrical work performed by people who thought they knew what they were doing.

Now let’s talk about home insurance.

Insurance companies don’t love unpermitted electrical work. If a fire or electrical problem originates from your unpermitted, DIY EV charger installation, your insurance company might deny the claim.

They’ll send an investigator. The investigator will discover the unpermitted work. Your claim gets denied. You’re paying for the damage yourself.

Even if you never have a fire, unpermitted work can come back to haunt you. When you sell your home, the buyer’s inspector might identify the unpermitted charger. Now you’re looking at:

• Paying to have the work inspected and permitted retroactively
• Paying to have a licensed electrician redo any work that doesn’t meet code
• Dealing with a home sale delay or negotiation
• Potentially facing a lower sale price or buyer backing out

That money you saved doing it yourself? It just cost you a lot more.

What Professional EV Charger Installation Actually Includes

When you hire a licensed electrician for EV charger installation in Charlotte NC, you’re getting a lot more than just someone mounting a box on your wall.

Load calculation and panel assessment. We evaluate your existing electrical service to determine if it can handle the additional load. Many Charlotte homes need panel upgrades before adding an EV charger.

Proper circuit design. We size the wire correctly, select the right breaker, ensure proper grounding, and design the circuit to meet current NEC requirements and local amendments.

Permit acquisition. We pull the permits, submit the required documentation, and coordinate with Mecklenburg County inspectors.

Professional installation. The charger gets mounted correctly, wiring gets run through proper conduit, connections are made to professional standards, and everything is tested before we turn it on.

Inspection and approval. We schedule the inspection, meet with the inspector, and ensure everything passes. If any issues arise, we correct them immediately.

Load management integration. If your home needs load management to avoid a service panel upgrade, we install and program the system correctly.

Coordination with Duke Energy. If service upgrades are needed, we handle coordination with the utility company.

Manufacturer compliance. Our installation meets the charger manufacturer’s specifications, protecting your product warranty.

Documentation. You get copies of all permits, inspection approvals, and documentation for your records.

This isn’t about making things complicated for no reason. It’s about ensuring your EV charger installation is safe, legal, code-compliant, and warrantied.

The Hidden Costs of DIY

Let’s do the math on what a DIY installation might actually cost you.

Scenario 1: Everything goes wrong.

• EV charger purchase: $600
• Wire and materials you bought: $200
• Damage to your electrical panel from improper work: $1,500
• Licensed electrician to fix your mistakes and redo the installation: $2,000
• Permit fees and inspection: $150
• Total: $4,450

Scenario 2: It works, but…

• EV charger purchase: $600
• Wire and materials: $200
• Everything seems fine for three years
• Home inspector flags unpermitted work during sale
• Licensed electrician to inspect, permit, and potentially redo work: $1,800
• Sale delay costs: $???
• Negotiation with buyer reduces sale price: $5,000
• Total: $7,600+

Scenario 3: Professional installation from the start.

• EV charger purchase: $600
• Professional installation including permits: $1,200-1,800
• Zero problems, zero delays, zero risks
• Total: $1,800-2,400

Which scenario makes more financial sense?

What About Partial DIY?

Some people think they can meet halfway. “I’ll run the wire and mount the charger, then have an electrician connect it and get it inspected.”

That doesn’t work either.

First, Charlotte requires licensed electricians to perform the electrical work. “The electrical work” includes running the circuit, not just making the final connections.

Second, if you run the wire incorrectly, the electrician either has to redo it (costing you money and time) or refuse the job entirely because they can’t stamp work they didn’t perform.

Third, inspectors know what professional work looks like versus amateur work. If the inspector sees DIY installation during the inspection, they can fail it on that basis alone.

There’s no middle ground here. Either you’re doing permitted, professional installation, or you’re creating problems for yourself.

Yes, Really, Hire a Professional

I know DIY is popular. I know YouTube makes everything look achievable. I know you’re probably handy and have successfully tackled other home projects.

But EV charger installation is different. The stakes are higher. The complexity is greater. The legal requirements are stricter. And the consequences of mistakes are more severe.

You wouldn’t perform your own dental surgery after watching videos. You wouldn’t rewire your home’s main service panel. You wouldn’t install your own natural gas line.

EV charger installation falls into the same category: work that requires professional expertise, proper tools, current code knowledge, and legal authority to perform.

At Patterson Contracting Services, we’ve installed dozens of EV chargers across Charlotte. We know the local code requirements. We work with Mecklenburg County inspectors regularly. We coordinate with Duke Energy. And we stand behind our work with proper licensing, insurance, and warranties.

The investment in professional installation protects your vehicle, your home, your family, and your financial future. That’s worth more than the cost of a YouTube tutorial and some wire from the hardware store.

Ready to get your EV charger installed correctly? Contact us to schedule a consultation. We’ll assess your garage, evaluate your electrical service, and provide a clear quote for professional installation that meets all current code requirements.

Your electric vehicle deserves a charging system that’s as advanced and safe as the car itself. Let’s make that happen the right way.