Power and Lighting Installations

Whether you are adding lights to your backyard, or needing new recessed lighting installed in your home, we have you covered. Good lighting installations improve the look of a room, and make it safer and easier to do everyday tasks.

Power Installations include service entrances, power distribution systems (480/277 volt), panelboards and equipment wiring.


Commercial establishments require a massive amount of electricity to run machinery and ensure adequate lighting, heating, cooling, and other important functions. If the installations are not done properly, it can lead to serious electrical hazards. Therefore, it is necessary to work with an experienced and licensed electrician to carry out the power and lighting installations.

The process begins by connecting the building to the local power supply. The electrical contractor will then wire the entire building, including all electrical panels and outlets. This is typically done by placing conductors in designated pathways and safeguarding them with conduits and raceways. Commercial wiring involves more conductors than residential wiring, so it is a more complicated installation process.

After the wiring is complete, the electrician West Palm Beach will test and inspect the system to ensure that it meets all applicable standards and codes. They will also provide ongoing maintenance and repair services as needed.

Electricians will start by assessing and planning the electrical system for the commercial structure. This will include determining the electrical load requirements and designing the wiring system. Once this is completed, they will obtain the necessary permits and begin the installation process.

In addition to the wiring, the electrical installation will also involve installing electrical panels and devices. These include switches, meters, circuit breakers, and fuses. The electrical panel board is responsible for distributing electricity throughout the commercial space via miniature circuits. Commercial spaces typically require a distribution board that has extensive wiring capacity and accessible door handles.

Lighting systems are essential for commercial buildings, both functional and aesthetic. These systems can include general, task, emergency, and decorative lighting. These lighting systems can be controlled by switches or dimmers.

Other important electrical installations in commercial spaces include fire alarm and security systems, which incorporate electrical components. These systems are designed to protect occupants and equipment from fire hazards, while maintaining the safety of the building.

Electrical systems in commercial spaces are also subject to stricter safety regulations than those in residential spaces. This includes the use of grounding and bonding systems, surge protection devices, and proper insulation of conductors.


For residential projects, the electrical code establishes minimum provisions to safeguard persons and property from hazards arising from electricity used for light and power. The codes cover wiring, circuits and devices such as receptacles and switches. Nonmetallic cable is most commonly used, but conduit or armored cable may be required in some applications. Most houses are wired for 120-volt household circuits with 15-amp service, which provides enough current to run lighting, appliances and some small equipment.

The wiring in a home is the core of the house electrical system. It provides electricity to switches, outlets, and appliances. It also protects against fire and shock hazards. Most houses have a service panel (or breaker box, in older homes with fuse-controlled circuits) that distributes electricity to all the switches and outlets in the house. It has a main switch that shuts down power to the whole house, as well as individual switches (circuit breakers) that control each of the lighting and receptacle circuits. It may also contain some larger "double-pole" breakers with higher amp ratings for major appliances. Most residential electrical wire is insulated and has markings that indicate the wire's size and type, its current-carrying capacity, and other important information. This information is critical for choosing the right wire for your projects.

Electrical switches allow you to control the flow of electricity in your home’s circuits. They can include light, wall, and electrical outlet switches. They come in a variety of ratings, sizes, and attributes to suit your needs and application. The rated current capacity of an electric switch indicates the maximum amount of current it can handle without overheating or failing. It is essential to match the rated current of your switch with its intended electrical load to avoid overload or potential hazards. Switches that are not properly matched with their intended electrical loads can overheat and generate excessive heat that may ignite nearby flammable materials, creating a fire hazard. Regular inspection and maintenance of your switches is recommended to mitigate this risk. There are many different types of switches including toggle, rocker, pushbutton, and rotary switches.

Lighting is an art and a science – the right fixture can create a warm, inviting space or a stark contrast to an otherwise beautiful room. It is important to consider style, light output and wattage. Make sure your new fixtures can accept the type of bulb you need and calculate wattage properly so that the fixture will shine bright enough to illuminate the room without over-doing it. Homeowners should replace dated lighting fixtures to improve the look of their home. They should also be sure their home is well-lit to ensure safety for family members and guests. Dimmers and control systems can be used to adjust the ambiance of a room and energy efficiency can be increased by using LED bulbs. Lastly, the fixture should match the overall decor of the room.

Getting a lamp to light or a TV to turn on is something that we often take for granted. But, in order to do that, electricity has to go into and out of the outlet. A faulty outlet can cause electrical fires and even shock you. For this reason, it’s crucial that all outlets are up to code and properly functioning. Older homes may have outlets that only have two vertical slots, rather than three. These outlets do not have a grounding wire, which is essential for safety. Newer homes must have grounded outlets in order to prevent electric shock and fires. A GFCI outlet has a third hole that connects to a grounding wire. This prevents deadly shock by tripping the circuit if it detects leakage current. It also protects against fires by stabilizing voltage.


Industrial facilities are often complex and require multiple systems to operate. This is especially true of manufacturing plants and other commercial operations. These systems vary by the types of equipment, the source of power (including generators and utility sources), and other factors. Industrial electrical systems need to be designed and installed by qualified professionals to ensure safety and compliance with regulations.

Industrial electrical installations are often required to work under high voltages and must be carefully inspected, tested, and maintained to prevent dangerous accidents. Keeping up with new technological advancements and innovations in the field is also important, as these can help to improve the efficiency of industrial electrical installations.

In addition to power, lighting is a key element in industrial settings. In fact, a lack of adequate lighting can seriously hurt productivity and lead to safety issues. As a result, it’s vital to work with an experienced team of electrical installers when working on industrial power and lighting installations.

This includes the design, installation, and maintenance of electrical panels, wiring, transformers, and generators. It is also necessary to make sure that the entire system is properly grounded and earthed to avoid damage from voltage spikes and power surges.

Unlike most other electrical installations, industrial facilities often require a variety of different voltages for various systems. This is due to the varied nature of processes that take place in these settings and the need for flexibility as equipment moves between different areas of a facility.

The type of power wiring used in an industrial setting is usually larger than that found in other buildings, and must be sized accordingly. This type of wiring is also often required to be protected against moisture, dust, and other environmental conditions that can cause corrosion or other problems.

Another important aspect of industrial electrical systems is the ability to communicate with other devices and control them remotely. This is particularly critical in factories, where many machines are operated from remote locations. The installation of industrial communication systems can greatly increase productivity, and can help to improve safety by allowing for the monitoring and control of equipment from an office or other location.

Whether you are adding lights to your backyard, or needing new recessed lighting installed in your home, we have you covered. Good lighting installations improve the look of a room, and make it safer and easier to do everyday tasks. Power Installations include service entrances, power distribution systems (480/277 volt), panelboards and equipment wiring. Commercial…