Electric Heating Systems Service

Installation Services for Electric Heaters

Electric heater installation requires careful assessment and selection to ensure optimal performance and efficiency. Professional installation services provide expertise in determining the right system and the proper setup for your space.

Assessing your heating requirements

We begin by evaluating your home’s heating requirements. We calculate the square footage that needs heating, taking into account factors such as insulation, ceiling height, and the local climate. An efficient heating system is crucial for energy efficiency and environmental benefits, so we also examine your existing electrical system to ensure it can support the new heater.

A heat load calculation helps determine the appropriate heater size. This prevents choosing an underpowered unit that struggles to warm the space or an oversized one that wastes energy. We consider your comfort preferences and energy efficiency goals during this assessment.

Selecting and Installing the Right Model

Once we've assessed your needs, we'll help you choose the best electric heater model. Options include wall-mounted units, baseboard heaters, and portable systems. We consider factors like:

• Heat output capacity; • Energy efficiency ratings • Safety features • Control options (e.g., programmable thermostats) • Brand reliability

After selection, our certified technicians handle the installation process. This includes:

1. Preparing the installation site

2. Mounting the heater securely.

3. Connecting to the electrical system

4. Testing for proper function and safety

We ensure all work meets local building codes and manufacturer specifications. Our installation services typically cost between $85 and $200, depending on the complexity of the job and any required electrical upgrades.

Maintenance and preventative care

Regular upkeep is crucial for electric heating systems to operate efficiently and reliably. Proper maintenance extends the lifespan of equipment and prevents costly breakdowns.

Routine maintenance procedures

We recommend cleaning or replacing air filters every 1-3 months. This improves air quality and system efficiency. Heating systems draw in cold air from below to create circulation and heat distribution within a room. Every year, you should remove dust and debris from the vents, registers, and ducts.

Checking electrical connections and tightening loose wires helps prevent safety hazards. We suggest lubricating moving parts like fan motors and bearings yearly. Thermostat calibration ensures accurate temperature control.

Inspecting heat exchangers for cracks or corrosion is vital. Clean condenser coils promote optimal heat transfer. Drain lines need clearing to prevent clogs and water damage.

Preventative Care for Longevity

Scheduling professional tune-ups twice a year keeps systems running smoothly. We advise spring and fall visits to prepare for peak heating and cooling seasons.

Sealing ductwork reduces energy loss and improves overall system performance. Adding insulation to attics and walls enhances heating efficiency. Programmable thermostats help manage energy use.

Regular cleaning of system components prevents wear and tear. We recommend keeping the area around outdoor units clear of debris. Addressing small issues promptly can prevent major breakdowns.

Maintaining proper humidity levels protects system components. Installing whole-house humidifiers or dehumidifiers may be beneficial in some climates.

Emergency and repair services

Electric heating systems require prompt attention when issues arise. We provide comprehensive repair and emergency services to keep homes warm and comfortable.

Common Electric Heating Issues

Electric heating systems can face various problems. Faulty thermostats often lead to inconsistent temperatures. Malfunctioning heating elements cause inadequate warmth. Circuit breaker trips indicate potential electrical issues.

Unusual noises may signal loose components or motor problems. Sudden increases in energy bills can point to inefficiencies. Uneven heating throughout the home suggests airflow problems or faulty zone controls.

We diagnose these issues quickly and accurately. Our technicians carry common replacement parts to fix many problems on the first visit. For more complex repairs, we source parts rapidly to minimize downtime.

Emergency Service and Support

Our 24/7 emergency service ensures help is always available. We prioritize urgent calls, aiming to respond within hours. Our technicians arrive fully equipped to handle most repairs on-site.

If you require extended repairs, we provide temporary heating solutions. This includes portable electric heaters to keep essential areas warm. Our team communicates clearly about the issue, repair process, and expected timeline.

Through regular maintenance, we provide guidance on how to prevent future emergencies. This includes cleaning, inspections, and timely replacements of worn components. Our goal is to restore heat quickly and safely, minimizing discomfort and potential damage to homes.

Retrofitting and upgrading heating systems

Modernizing heating systems can significantly improve energy efficiency and comfort. Retrofits allow homeowners to enhance existing setups, while upgrades introduce cutting-edge technologies for optimal performance.

Benefits of upgrading to modern systems

Upgrade to modern, energy-efficient heating systems offers numerous advantages. We’ve seen energy bills drop by 20–30% for many clients after installing high-efficiency equipment. New systems provide more consistent temperatures throughout homes. They’re also quieter, and they require less maintenance.

Smart thermostats allow precise control and scheduling. This technology optimizes energy usage based on occupancy patterns. Some models even learn preferences over time.

Heat pumps are gaining popularity for their dual heating and cooling capabilities. They work well in moderate climates and pair nicely with geothermal systems for enhanced efficiency.

Retrofitting existing systems

Retrofitting can breathe new life into older heating setups. Adding insulation to ductwork helps to prevent heat loss during distribution. Sealing air leaks improves overall system performance.

We often recommend installing programmable thermostats on older systems. This simple upgrade can yield noticeable energy savings.

For steam or hot water systems, replacing outdated radiators with modern units improves heat distribution. Adding zone controls allows for customized temperatures in different areas of the home.

Incorporating radiant floor heating can further enhance heat distribution and energy efficiency, making it an excellent choice for homeowners undergoing construction or remodeling projects.

Upgrading burners or heat exchangers can boost efficiency without replacing the entire system. This option works well for those on a tighter budget.

Replacement and end-of-life solutions

Electric heating systems eventually reach a point where replacement becomes necessary. We'll explore when to consider replacing your system and how to properly dispose of old equipment.

When to Consider System Replacement

Electric heating systems typically last 15-20 years with proper maintenance. Signs it’s time for replacement include:

• frequent breakdowns or repairs; • rising energy bills; • uneven heating throughout the building; • strange noises or odors

We recommend evaluating your system’s performance annually. If repair costs exceed 50% of a new system’s price, replacement is often more cost-effective. Modern electric heating equipment offers improved energy efficiency, potentially lowering utility bills.

It's important to note that electric resistance heating, while common, is less energy-efficient compared to more advanced systems like heat pumps. For instance, immersion heaters operate on the principle of electric resistance heating, which generally ranks lower in energy efficiency, especially when compared to geothermal heat pumps.

Retrofitting options like adding a heat pump can extend an existing system’s life. However, full replacement may be necessary for optimal performance and energy savings in older buildings.

Recycling and disposal of old equipment

Proper disposal of old electric heating equipment is crucial for environmental protection. Many components can be recycled, including:

• Metal parts (copper, aluminum, steel) • Electrical wiring; • Circuit boards

We advise contacting local recycling centers or HVAC contractors for guidance. Some may offer pickup services for large items. Certified technicians must properly recover refrigerants from heat pumps to prevent harmful emissions.

Always disconnect the power before removing old equipment. Consider donating working units to charitable organizations if replacement is due to upgrades rather than failure.