FAQ

Commercial electrical costs vary widely based on the scope of work, from simple outlet additions to full tenant build-out wiring. Above + Beyond provides detailed proposals with transparent pricing after an on-site evaluation of your commercial space.

We work with businesses of all sizes and understand that budget predictability matters. Our estimates break down labor, materials, and permit costs so there are no surprises.

A straightforward EV charger installation typically takes 2 to 4 hours. If a panel upgrade or long wire run is needed, the project may take a full day. Above + Beyond provides a clear timeline during the estimate.

Our goal is to have your charger operational in a single visit. We handle all wiring, mounting, configuration, and testing so you can start charging your vehicle the same day.

Above + Beyond installs EV chargers from Tesla (Wall Connector), ChargePoint, JuiceBox, Emporia, Grizzl-E, and other major brands. We also install the Tesla Universal Wall Connector, which is compatible with both Tesla and other EVs.

Our electricians can help you choose the right charger based on your vehicle, charging speed needs, and smart features. If you already own a charger, we are happy to install it for you.

Yes, many Level 2 EV chargers are rated for outdoor installation (NEMA 4 or higher enclosure rating). Above + Beyond installs outdoor chargers with proper weatherproofing, GFCI protection, and secure mounting.

Outdoor installations require additional considerations for wire routing, weather exposure, and cord management. Our electricians ensure every outdoor charger installation is safe, code-compliant, and convenient to use.

Most EV chargers require a 40 to 60 amp dedicated circuit. If your panel is already near capacity, you may need a panel upgrade or a load management device to accommodate the additional demand safely.

Above + Beyond's electricians evaluate your panel's available capacity before recommending a charger. If an upgrade is needed, we handle everything from the panel replacement to the charger installation in a single project.

The U.S. Department of Energy estimates tankless water heaters are 24–34% more energy efficient than conventional tank heaters for homes using 41 gallons or less per day. For higher-usage homes, efficiency gains are 8–14%. Over a 20-year lifespan, the energy savings often offset the higher upfront cost, especially as gas and electric rates rise.

Above + Beyond can calculate projected savings based on your current water heater type, usage patterns, and local energy rates to help you make an informed investment decision.

Tankless water heaters heat water on demand, eliminating standby heat loss and providing endless hot water as long as the flow rate doesn't exceed the unit's capacity. They last significantly longer than tank units (15–20 years vs. 8–12), take up less space, and typically reduce water heating energy costs by 24–34% for homes that use 41 gallons or less per day.

Tank water heaters have lower upfront costs, simpler installation, and work well for households with predictable demand. Above + Beyond helps homeowners evaluate which option fits their usage patterns and budget.

If your water heater is under 8 years old and the repair is straightforward (thermostat, element, anode rod), repair is usually the better choice. If the unit is over 10 years old, has a leaking tank, or requires a repair that costs more than half of a replacement unit, replacement is typically the smarter investment. A new unit also comes with improved efficiency and a fresh warranty.

Above + Beyond gives honest repair-vs-replace recommendations based on your unit's age, condition, and repair cost — never pushing replacement when a repair will serve you well.

For tank water heaters, a general guideline is 30–40 gallons for 1–2 people, 40–50 gallons for 3–4 people, and 50–80 gallons for 5 or more. The better measurement is first-hour rating (FHR), which indicates how much hot water the heater delivers in the first hour of use. For tankless units, sizing is based on flow rate demand in gallons per minute (GPM).

Above + Beyond sizes water heaters based on your household's actual peak demand, not just a rule of thumb, ensuring you always have enough hot water without paying for unnecessary capacity.

You can improve water heater efficiency by: setting the thermostat to 120°F (the recommended safe temperature), insulating the first few feet of hot water pipes, flushing the tank annually to remove efficiency-robbing sediment, adding an insulating blanket to older tank units, and considering an upgrade to a high-efficiency tankless or heat pump model.

Above + Beyond can assess your current water heater's efficiency and recommend cost-effective improvements or a more efficient replacement if the economics justify it.

Tank water heaters should be flushed annually to remove sediment that accumulates at the bottom and reduces efficiency. The anode rod should be inspected every 2 to 3 years and replaced when significantly corroded. The pressure relief valve should be tested annually. Tankless units benefit from annual descaling, especially in areas with hard water.

Above + Beyond's licensed plumbers perform complete water heater maintenance visits that cover all of these items and check for early signs of failure.

Conventional tank water heaters typically last 8 to 12 years. Tankless water heaters generally last 15 to 20 years with proper maintenance. Heat pump water heaters have a lifespan similar to tankless units. Lifespan depends on water quality, maintenance frequency, and the quality of the unit installed.

Above + Beyond recommends proactive evaluation when a tank unit approaches 10 years. Replacing before failure prevents emergency situations and water damage.

The main types of water heaters are: conventional storage tank (most common, stores 20–80 gallons), tankless or on-demand (heats water only as needed), heat pump water heaters (highly efficient, uses ambient air heat), solar water heaters, and condensing water heaters (efficient for homes with natural gas). Each has different upfront costs, energy efficiency ratings, and space requirements.

Above + Beyond's licensed plumbers assess your household's hot water demand, existing infrastructure, and budget to recommend the right type for your home.

Signs that a backflow preventer needs repair include: water leaking from the device's relief valve, low water pressure throughout the home, discolored or unusual-tasting water, a failed annual test result, or visible corrosion or damage to the device body or valves.

Above + Beyond inspects backflow preventers during annual testing and repairs any components that are not meeting performance standards. Many repairs can be completed on the same visit as the test.

The most common backflow prevention devices are: air gaps (physical separation between supply and non-potable source), atmospheric vacuum breakers (AVB), pressure vacuum breakers (PVB), double-check valve assemblies (DCVA), and reduced pressure zone (RPZ) assemblies. RPZ assemblies provide the highest level of protection and are required for high-hazard connections.

Above + Beyond's certified plumbers assess your system's hazard level and install the device type required by local code for your specific application.

Many municipalities require backflow preventers on irrigation systems, pools, fire suppression systems, and any plumbing connected to a non-potable water source. Some jurisdictions require them on all residential connections. Requirements vary by location.

Above + Beyond reviews local code requirements for every property we service. If your home needs a backflow preventer, we'll specify the correct device type and handle the full installation and compliance paperwork.

Backflow preventer installation typically costs between $300 and $900 depending on the device type, pipe size, and installation location. RPZ (reduced pressure zone) assemblies are the most expensive because they require more complex installation. Double-check valve assemblies are less costly.

Above + Beyond provides upfront pricing for backflow installation including the device, labor, and any required permits. We handle all documentation for code compliance.

Most local codes require annual testing of backflow prevention devices. Some jurisdictions require testing after installation, after any repair, and after the device has been shut off for any reason. Testing confirms the internal check valves and seals are functioning correctly and the device is actually preventing backflow.

Above + Beyond's certified plumbers perform backflow testing with calibrated equipment and provide the required documentation and reporting to your local water authority.

Backflow occurs when water flows in the reverse direction through your plumbing — from a potentially contaminated source back into your clean drinking water supply. It can happen due to a sudden pressure drop in the water main (backpressure) or when a higher-pressure non-potable source pushes water backward (backsiphonage).

Backflow is dangerous because it can introduce pesticides, fertilizers, sewage, or other contaminants into the potable water supply. A properly installed and tested backflow prevention device protects your home and your community.

Yes. Grease is one of the most common and damaging pipe problems, particularly in kitchen drain lines. Standard snaking cannot fully remove grease that has solidified on pipe walls. Hydro jetting's high-pressure water stream emulsifies and flushes grease completely, restoring full pipe diameter.

Above + Beyond uses specialized rotating nozzles designed to cut through heavy grease deposits. After jetting, a camera inspection confirms the line is clear.