The summer weather is notorious for spurning some wild thunderstorms. Those storms can result in widespread power outages that leave you and your neighbors sitting in the dark for hours. The power outage may not be the result of a thunderstorm. It could come down to scheduled blackouts if the summer heats up as is predicted. You need to know how to stay safe during a power outage. An electrician in Santa Monica has some valuable tips for you. If you have any more questions, you can always count on the team at The Electric Connection to help you.

1-Call the electric company from your cell phone to determine what the situation is and how long you can expect to be without power.

2-Unplug all appliances and turn off things like the air conditioner, stove and so on. You don’t want to create a power surge when the electricity does come back on. You can have a surge protector installed by an electrician. Santa Monica homeowners who don’t want to risk their electrical equipment being burned out will appreciate the protection a surge protector offers.

3-Use flashlights whenever possible instead of candles. Candles increase the risk of a fire getting started.

4-Put together a small emergency kit and leave it in the pantry. The kit should include things like a radio for listening to weather reports, extra batteries for the flashlight and some extra cash or a credit card for emergencies.

You can avoid the side effects of a power outage by having a generator installed by a Santa Monica electrician. This will serve as your backup electricity source to ensure you always have power. You won’t have to worry about wasting the food in your fridge or worrying about how you will take a hot shower. Give The Electric Connection a call today to learn more about surge protection or a standby generator.

Most new buildings are now using a variety of electrical and electronic equipment. As such, the contractors have to design a wiring schematic that will deliver power to a wide and diverse range of devices that include traditional and modern electrical loads.  The wiring must also provide a means of supplying power to the monitoring and control devices such as wireless sensors, thermostats, automatic light controls, thermostats, the IoT, and other web-based technologies.

The electrical requirements will vary from one building to another and may include a combination of the following components:

The type and use of a building structure influences the type of wiring to use. And the building owner and electrical contractor should consider current and future power requirements when determining the size of conductors, raceways, protective gear and other necessities.

Demand for the electric cars has been on upward trend over the last few years. However, manufacturers and car owners still face a challenge due to the limited battery capacity which necessitates the need to keep on recharging after traveling a certain distance.

Despite the benefits of charging the electric cars at home, most residential installations, especially the older ones, may not support the systems. But the consumers can upgrade these to accommodate the additional load. The upgrade depends on the existing wiring, panel, capacity and charging station power requirements.

electrical wiring and capacity, and the charger voltage and level. The electric car owner must first decide on the preferred type of charger and time, and then compare its power requirements with the existing capacity at home.

Some chargers require 120V while others work on 240V and each takes different times to fully charge the batteries.  Higher voltages will require dedicated circuits and upgraded wiring, breakers, panel and service entrance.

Other upgrades include the price plan, metering, and compatible outlets or provision for hard-wiring. If you are installing a DC charging is very fast; it uses about 400-volt direct current and is capable of reaching full charge in about 15 minutes. This is a complicated method and may require significant upgrades in the home electrical system. It is also very expensive and rarely used for home charging.

upgrade your wiring or install the product if you system capacity can support it.

It is essential to ensure that the electrical panel and dedicated circuit have the capacity to handle the system. The installation of the charging station is similar to other high power equipment, such as clothes dryer, and should comply with all the electrical codes and requirements.

Each charging station should be on its own dedicated circuit with adequate capacity and protection. However, the it can still be connected to an existing 40 Amp circuit, such as the one for the kitchen, provided that there is a locking mechanism to ensure that only one load is connected at a time.

Charge stations may be hardwired or plug-equipped to connect to the electrical outlet. For the plug type charger, you will need to have an electrician to wire the compatible electrical receptacle according to the codes.

You may add ventilation to improve the cooling of the charge station if it is in a location with poor air circulation.

Charging electric cars at home is the desire of the majority of EV owners. It cuts down on the cost and time to drive and wait at a public charge station. In addition, it does not interfere with the daily activities of the electric car owners since they can charge at night.

Unfortunately, there are several homes without the provision or capacity to support the charging stations. However, the EV owners can consult the car dealers, and then engage qualified electricians in upgrading the existing electrical wiring. This will enable them to conveniently charge at home.