Energy Efficient Products

the family are enjoying their energy efficient window air conditioner inside their house

10 Most Energy Efficient Air Conditioners in 2021

there is a energy efficient window air conditioner in the bedroom

10 Most Energy Efficient Air Conditioners in 2022 (Review)

There are multiple appliances that that are must-haves in your house – from refrigerators, oven, washing machine, dryer, energy efficient water heaters, and especially during the summer, an air conditioner.

There are multiple models to choose from; however, it’s important to know that these devices can have electricity consumptions. Therefore, it is necessary to choose a model that optimizes electricity consumption and that still has the technical properties needed to cool down your home.

In this buying guide, you will find all the information that you need for choosing among the best energy efficient window air conditioners of 2022. Let’s dive deep into their technical specs and special features while also helping you to understand how to properly select one that is right for your specific needs.

The Best Energy Efficient Air Conditioners

1. Midea MAW06R1BWT Energy Efficient Window Air Conditioner

front facing midea maw06r1bwt energy efficient window air Conditioner

Key Features:

  • Eco-saver mode included
  • LED digital display
  • Functions: Cooling, dehumidification, and speed fan

Key Specifications:

  • Cooling Capacity: 6000BTU
  • Dimensions needed for installation: 23-36 x 15.5 x 16.02 inches (58.42 – 91.44 x 39.37 x 40.69 cm) (w x h x d)
  • Area cooling capacity: 150-250 sq.ft.

Where To Buy

The Midea MAW06R1BWT window air conditioners are an excellent choice for controlling the temperature of any room or living room.

This model uses three different technologies and mixes them into a single device. This energy efficient unit combines air conditioning, dehumidification, and speed fan modes into one, making it the perfect solution to increase the comfort of your home. It also has an Eco energy saving mode that shuts down the AC unit when your desired temperature is reached.

Moreover, this unit has a capacity of 6000 British Thermal Units (BTU) which is perfect for rooms up to 250 square feet, although it is also available in 10000 BTU and 12000 BTU for higher capacity needs.

This product also features a 24-hour timer with a sleep mode included and an LED display panel that will make things easier for you when changing settings.

2. LG LW6017R Energy Efficient Window Air Conditioner

front facing lg lw6017r energy efficient window air c

Key Features:

  • Energy saver function available
  • Remote control
  • EER of 11.5

Key Specifications:

  • Cooling Power: 6000 BTU
  • Dimensions: 17.31 x 11.125 x 14
  • inches (43.97 x 28.26 x 35.56 cm) (w x h x d)
    Area capacity: 260 sq.ft.

Where To Buy

LG, a well-recognized brand in the world of electronics, brings the LG LW6017R energy efficient air conditioner with its cooling capacity of 6000 BTU, enough to control the temperature of a 260 sq.ft. room, such as a home office.

This model also features a dehumidification function that reaches up to 1.8 pints per hour. Moreover, the product has up to three cooling speeds and three fan speeds along with an auto cool function for temperature sensing. Among other interesting parameters, this LG small energy efficient window air conditioner has a nominal voltage of 115V, which means that can be connected to any 120V outlet. This product also has a 2-way air deflection, an energy efficiency rating (EER) of 11.5, and a combined energy efficiency rating (CEER) of 11.3.

In addition, this air conditioner also features an energy saving mode function that turns the A/C off after reaching a set temperature in order to reduce energy consumption and save money.

3. Frigidaire FFRA0511R1E Energy Efficient Window Air Conditioner

side facing frigidaire ffra0511r1e energy efficient window air conditioner

Key Features:

  • EER= 11.1
  • Estimated yearly energy consumption: 350kWh
  • Extension cord of 6.5 feet for easy installation

Key Specifications:

  • Cooling power: 5000BTU units
  • Dimensions: 15 x 16 x 12 inches (38.1 x 40.64 x 30.48 cm) (w x h x d)
  • Area capacity: 150 sq.ft.

Where To Buy

Frigidaire, another popular manufacturer, has developed the Frigidaire FFRA0511R1E window AC units to be perfect for cooling rooms with up to 150 square feet in area.

These energy efficient air conditioners feature dehumidification processes as well, with up to 1.1 pints per hour, and have a capacity of 5000 BTU units. The model also features other elements such as 2-cooling speeds, 2-fan speeds, and 2-way air direction. Among other things, the A/C operates in quiet mode and has a low power start-up.

Some of the technical parameters of the A/C unit include the energy efficiency rating (EER) which reaches up to 11.1 and is estimated to consume about 350kWh per year with average 3-month seasonal use.

The Frigidaire quiet window ACs also include a filter that has an antibacterial mesh side with slide-out access to clean and cool the air at the same time.

4. Della 048-TL-WAC6K

front facing della 048-tl-wac6k

Key Features:

  • Multiple modes: sleep mode, 24-hour timer, ECO mode, auto-mode, and fan-only mode
  • Runs quiet
  • Energy Star qualified

Key Specifications:

  • Power for cooling: 6000 BTU
  • Dimensions: 19 x 14x 16 inches (48.26 x 35.56 x 40.64 cm)(w x h x d)
  • Area capacity: 250 sq.ft.

Where To Buy

The Della 048-TL-WAC6K is another excellent choice if you are looking for an AC unit. It is an Energy Star- rated product with a high efficiency rating (CEER=12.2), making it one of the most energy efficient air conditioners in the market.

This model features a cooling power capacity of 6000 BTU, and although it is preferable for small rooms, it can easily cover a room size of up to 250 sq.ft.

Moreover, the Della quiet window ACs work with a noise emission that even when on high fan modes emit sounds as low as 55 decibels. Additionally, it is integrated with a dehumidifier with a capacity of 46 pints per day.

Among other interesting features, the Della window air conditioners have a variable temperature setting that can be set between 61°F – 88°F and can be adjusted by using the integrated LED digital display or remote control.

5. Frigidaire FFRA051ZA1

front facing frigidaire ffra051za1

Key Features:

  • Easy temperature settings
  • Washable filter
  • Quick cool and warm feature

Key Specifications:

  • Cooling power: 5000 BTU
  • Dimensions: 16.17 x 11.88 x 16.22 inches (41.07 x 30.17 x 41.2 cm) (w x h x d)
  • Area capacity: 150 sq.ft.

Where To Buy

Frigidaire also brings you the Frigidaire FFRA051ZA1 air conditioner which has been designed to provide quick cool down or warm up to any room. This is possible thanks to the quick cool/warm mode integrated into the product, capable of speeding up the fan according to user settings.

This inexpensive energy efficient window air conditioner has been designed with a temperature control system that maintains the room at the set temperature. Additionally, the unit features a clean filter that reduces bacteria, room odors, and similar airborne particles that keep the air quality of your room area at a high level.

Among other things, this model features adjustable side panels that can be extended to fit the window size and comes with a long three-prong power cord for a better reach.

This efficient air conditioner has a room cooling capacity of 5000 BTU, enough to keep a 150 sq.ft. room cool.

6. Koldfront WAC12001W

side facing koldfront wac12001w

Key Features:

  • Four-way air directional louvers
  • Energy-saving, sleep, only fan and dehumidifier modes
  • Energy efficiency rating 10.9

Key Specifications:

  • Cooling power: 12000 BTU
  • Dimensions: 22.6 x 16.1 x 23 inches (57.4 x 40.89 x 58.42 cm)
  • Area capacity: 400-550 sq.ft.

Where To Buy

The Koldfront WAC12001W is a remarkable state-of-the-art and energy efficient air conditioner definitely worth considering, especially ideal for rooms with 450-550 sq.ft. area.

This unit is designed for heavy duty use and is capable of providing 12000 BTU at a 1100W/5A rate for cooling purposes and 11600 BTU at a 3500W/16A rate for heating purposes (perfect as eco-friendly space heaters). The Koldfront model, as one of the most highly energy efficient window air conditioners on the market, has an EER of 10.9 and features an energy saver mode.

Moreover, the A/C unit includes a remote control ideal for convenience and has up to 4 operation modes including energy saving, fan only, dehumidifier, and sleep mode. You can also set the temperature by using the digital display and the digital thermostat.

Energy costs are estimated to be around $107, assuming average seasonal use. Keep in mind that the size is made to be installed in a large window.

7. Tosot 8,000 BTU Window Air Conditioner

front facing tosot 8,000 btu window air conditioner

Key Features:

  • Minimalist aesthetic
  • Remote control temperature sensor
  • Reusable filter

Key Specifications:

  • Cooling power: 8000 BTU
  • Dimensions: 23.8 x 19.6 x 14.6 inches (60.45 x 49.78 x 37.08 cm) (w x h x d)
  • Area capacity: 350 sq.ft.

Where To Buy

The Tosot 8,000 BTU energy efficient window air conditioner can make a cost-effective solution to heat during the summer season.

These units are equipped with an 8000 BTU capacity for cooling a room up to 350 sq.ft in area and a temperature control setting that is integrated into the remote control. This control feature allows you to cool the room based on the temperature that the remote is sensing, making it more intuitive at adjusting the temperature that you will actually feel. Sensors take a temperature reading every 10 minutes.

Among other things, the Tosot 8000 BTU room air conditioner features a sleep mode which makes the AC unit quiet and effective. However, the most interesting factor of this model is its clean minimalism that, unlike other models in the list, prioritizes aesthetics to provide an elegant touch to any room that it inhabits.

8. Koldfront WAC6002WCO

front facing koldfront wac6002wco

Key Features:

  • EER=12.1
  • Full function remote
  • Yearly energy costs: $49 assuming seasonal use and 8hr daily use

Key Specifications:

  • Power for cooling 6050 BTU
  • Dimensions: 15.8 x 18.6x 12.8 inches (40.13 x 47.24 x 32.51 cm)
  • Area capacity: 150-250 sq.ft.

Where To Buy

The Koldfront WAC6002WCO energy efficient window air conditioner units are designed with the capacity to provide up to 6050 BTU, powerful enough as to cool down a room size between 150 and 250 sq.ft.

Similar to other Koldfront air conditioning units, this model features a full function remote controllability with a 16ft. range and has a dehumidifier integrated. Also, as one of the most energy efficient window air conditioners available in the market, the Koldfront WAC6002WCO is an energy star rated product with an EER of up to 12.1 that integrates an energy saver mode.

Moreover, has three operation modes available such as: sleep mode, dehumidifier, and fan-only mode with 3 speeds. Thanks to its multiple operation modes, efficiency, performance, and comfortable size, these 6050 BTU window AC units have received many positive air conditioner reviews.

Keep in mind that to install a window air conditioner like this you will need to find a window that has between 22 to 36 inches wide along with a minimum height of 13-14 inches.

9. Frigidaire FFRE0533S1

front facing frigidaire ffre0533S1

Key Features:

  • EER=12.2
  • Washable mesh filter included
  • 4-way air direction

Key Specifications:

  • Cooling power: 5000BTU
  • Dimensions: 15.2 x 16 x 12 inches (38.6 x 40.64 x 30.48 cm)
  • Area capacity: 150 sq.ft.

Where To Buy

The Frigidaire FFRE0533S1 5000 BTU window air conditioner is an Energy Star rated product that has a high EER (energy efficiency rating) of 12.2 and the assurance of being certified according to US Department of Energy-approved UL standards. This model has received multiple positive air conditioner reviews, which can further put your mind at ease.

Due to their small size, these AC units are perfect for cooling small rooms, giving you up to 150 square feet of coverage. In addition, it’s easy to appreciate the Frigidaire quiet energy efficient window air conditioner during the overnight hours, as it works quietly and comfortably while you sleep without waking you up.

This model also features a convenient LED display and a full-function remote control to set temperatures to your comfort level. Furthermore, this 5000 BTU window air conditioner includes 4-way air direction capability that allows you to adjust air flow.

A washable mesh filter acts as another invaluable feature, reducing bacteria and increasing the air quality of a room.

10. hOmeLabs HME020003N

side facing homelabs hme020003n

Key Features:

  • Energy costs: $41 assuming average seasonal usage
  • EER= 11.1
  • Reusable antibacterial filter

Key Specifications:

  • Power for cooling: 5000 BTU
  • Dimensions: 16 x 15.4 x 12 inches (40.64 x 39.12 x 30.48 cm)
  • Area Capacity: 150 sq.ft.

Where To Buy

Reaching the end of our list, we have the hOmeLabs HME020003N window air conditioners. Designed with a higher efficiency rating than typical products in the market and with a capacity of up to 5000 BTU, it is ideal for cooling indoor rooms with up to 150 square feet of area. Its more efficient capacity makes it most suitable for smaller rooms.

Purchase includes an installation kit for mounting the window AC system, and includes support brackets, a foam insulation seal, and a reusable ecological filter that can be washed easily with warm water and dish soap.

These window AC units have up to 7 different temperature settings that offer you flexibility and a wide range of temperature possibilities. They also have a two-way air direction control and have the capability of adjusting fan speeds to quickly reduce hot temperatures in small rooms.

3 Key Features to Look for in an Energy Efficient Air Conditioner

there is a energy efficient window air conditioner in the living room

Cooling Power

The first thing that you want to look at is the capacity that the window AC unit has to cool things down. This parameter is provided using British Thermal Units (BTU) which represents the amount of heat that an air conditioner can remove from any room within an hour. The values for a BTU number vary typically between 5000 BTU and 15000 BTU for residential applications.

Finding the right BTU number for your situation is extremely important. Under-sizing can lead to the AC unit running continuously to try to cool down a large area, meaning a higher energy bill. However, installing unit that has BTU capacity too large for its area will mean that the air conditioner will means you will be paying more for something that a smaller unit could have done. In addition, oversizing can also lead to other problems such as moisture, low air quality, noise, and a higher wear and tear rate.

Therefore, it is extremely important to properly and accurately size your AC unit as we will explain in this buying guide.

Dimensions – Installation

Usually, window air conditioners are designed to be installed in standard double-hung windows or a sliding window. If you are thinking of installing it in a larger window, most air conditioners include side curtains to seal off the extra area on each side of any window. If you are looking to install it in the smallest window that you have at home, getting the correct dimensions is highly important The best approach is to carefully measure the window dimensions where the AC unit is to be installed.

Features and Operation Modes

Features and operation modes of the AC unit can tilt the balance in favor of or against the model. This refers to:

  • Fan speed adjustment
  • A remote control temperature sensor
  • An automatic timer
  • Sleep mode function
  • An energy-saving mode
  • Air direction control
  • A washable filter
  • Dehumidification and heating functions
  • Energy efficiency rating or combined energy efficiency ratin

What Makes These Air Conditioners Energy Efficient?

For an air conditioner to be considered an energy efficient unit, it must have the Energy Star label and it must have a specified energy efficiency rating (EER).

The EER represents the ratio of the cooling power (in BTU/hr) to the electrical power input (in watts) at 95°F/35°C. Basically, it provides a reference for how much cooling energy can be obtained from the unit based on a specific electrical power consumption. The higher it is, the more energy efficient it is.

Another parameter commonly used in this matter is the combined energy efficiency ratio (CEER) which is the new adoption (as of June 20140 made by the Department of Energy to categorize the efficiency of AC units. This considers both the energy used while the air conditioner is running, and the standby power consumed when the unit is not cooling but is still powered. Efficient window AC units should have at least an EER or CEER of 11.

Although SEER (Seasonal Energy Efficiency Rating) may be another parameter that you hear about, this is not applied to window AC units, but is used for central air conditioning measurements. The best energy efficient central air conditioner should have a SEER of 14 or higher.

What are the Most Efficient Air Conditioners?

If you are looking for the best energy efficient window air conditioners on this list, then look for one of the models from our top 5. These rankings consider the cooling capacity, the EER, and the room size as well.


Cooling Power (BTU)

Room Size (sq.ft.)


Frigidaire FFRE0533S1




Koldfront WAC6002WCO




Della 048-TL-WAC6K




LG LW6017R




Frigidaire FFRA0511R1E 5





Table 1. Top 5 – Most Efficient Window Air Conditioners

How to Calculate What Size Air Conditioner You Need?

According to the U.S. Department of Energy, it is recommended to size the A/C unit by assuming 20 BTUs per square foot of living space. However, other factors also influence the thermal capacity of the air conditioner. For instance, the height of the ceiling is a reference for the volume of air that needs to be cooled. Also, sun exposure and the external ambient temperature of the location play an important role because these can increase or reduce the capacity needed by 10%.

As the thermal load increases inside a room based on the number of people that generally inhabit the area, it is also necessary to increase the BTU capacity (generally by 600BTU) starting with the third person inside the room.

Since these are all different variables, the most accurate way to find out your BTU requirements according to Energy Star standards is to use this BTU calculator. These sizing parameters can also apply to an energy efficient portable air conditioner, although they are less reliable due to high variations in the coverage area. Moreover, if you are thinking of installing a central air conditioning system, you must also adjust for air leaks and perform a periodic air quality test.

All of these considerations can be summarized according to Energy Star rating requirements by using the following table. It is important to know that despite the value shown on the calculator, you will need to adjust according to the available BTU standard values available in the market. Table 2 will give you a reference for these values along with the recommended cooling power according to the square footage.

Area to be Cooled (square feet)

Capacity Needed (BTU per hour)

100 up to 150


150 up to 250


250 up to 300


300 up to 350


350 up to 400


400 up to 450


450 up to 550


550 up to 700


700 up to 1,000


1,000 up to 1,200


1,200 up to 1,400


1,400 up to 1,500


1,500 up to 2,000


2,000 up to 2,500


Table 2. Air Conditioner Sizing According to Energy Star Standards. Source: Energy Star

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An electric vehicle charging station connected to a red car

Where Can You Install an Electric Vehicle Charging Station?

Where Can You Install an Electric Vehicle Charging Station?


Written by qualified solar engineer Carlos. Last updated:

Electric vehicle charging stations are flexible devices that can be installed outdoors (on an exterior wall) or indoors (in your garage), inside your property. More and more people are learning how to charge their electric vehicles at home. It is needed in order to switch to a more sustainable, eco-friendly lifestyle.

If you’re looking to install an electric vehicle charging station in your home, it’s probably time to take a look at the best EV chargers for your needs. When picking one, there are several factors that should be taken into consideration. In this article, we’re going to discuss those factors. We’re also going to talk about how to understand charging levels and how to apply them to your needs. This will allow you to make a well-informed decision.

Know your EV

The first thing that you must know is the energy demand of your EV. This is a parameter that can be easily found in the datasheet or the specs of your electric car. Electric cars use DC batteries that can hold a maximum energy capacity once they are fully charged, this parameter is expressed in kWh. For instance, for the 2019 Kia Soul EV model, the battery capacity is 31.8kWh.

Understand the different EV charging station levels

The charging station acts simply as the point of transfer from the grid to your vehicle, however, almost all the charging process is actually performed inside the vehicle’s onboard charger. Inside this device, there is a conversion from alternating current (AC) to direct current (DC) through an electronic rectifier that allows charging the battery in DC.

Now, there are three categories of charging stations that are linked to the three levels of charge.

The first level of charge (level 1) is included with any electric car at the time of purchase. Under this level, the electric vehicle can be connected to any standard 120V AC wall outlet such as the NEMA 5-15 and can provide up to 3kW of power with an average charging speed of 8-16 hours. This charger uses a standard connector known as the J1772, which allows charging any electric vehicle.

The second level (level 2) needs to be installed with a charging station and connected to a 240V supply. This type of charger can provide from 3kW to 22kW of power (depending on the brand) with ampere ranges between 15A and 50A. Unlike the previous models, level 2 chargers can reduce charging times to 3-8 hours. This type of charging station will be the one that is most likely to be installed at your home since it allows you to increase the charging rate and can be installed at your home with small modifications. This charger type also uses the J1772 connector and can be installed either outside or inside the house (depending on the enclosure type of the charging station).

Finally, the third level is known as the DC Fast Charge (DCFC). This is the fastest charging station (as fast as 30 minutes) but is also the one with the highest costs. It also needs a 480V DC supply which is not available in most households, therefore, it is more suited for companies and commercial applications.

Choose the Corresponding Charging Station Level

Based on the two previous sections, you will be able to find out what is the minimum amount of hours that you need to charge your EV daily.

This can be done by using the kWh capacity of the battery and dividing it by the power output of the charger. For instance, the Siemens US2 level 2 charger has a 7.2kW power output. If we were to use this model to charge 2019 Kia Soul EV car, then we would need 31.8kWh/7.2kW=4.41 hours.

Charging time formula

Based on this charging time and on your driving daily patterns, you will be able to know the type of charger that you will need. If by using a level 1 charger, you are missing time to fully charge it or to reach the required miles per day, then you will need to do an upgrade and install a level 2 model.

Adapting your site

Once you have decided on the type of charging level that you want to install at home (level 1 or 2), the next step is adapting your site. Depending on the EV charging station, you will be able to install it both indoor or outdoor, or only indoor. This is directly related to the enclosure type of the charger and cable. If it’s suited for outdoors, then it probably has a NEMA 4 type enclosure or higher as it prevents water from entering the charging station. If you are not familiar with the enclosure types, you must not worry as the manufacturer will always tell you if the charger is suitable for outdoor conditions (including rain and snow).

Image showing the weather concerns between an indoor and outdoor ev charging station

Enclosure types (Source –  Clipper Creek)

If it is intended only for indoor use, then there is no other alternative than to install it inside the garage. Keep in mind that even if the charger needs to be installed indoors, you can still charge the car from the outside by running the 25-foot charging cable that the device is likely to have, it does not matter if it’s raining or not. This is useful to know for those who have enough room to install the indoor level 2 charger inside the garage, but not enough room to park the car inside. If you intend to do this, remember not to entirely close your garage; leave a small gap so the cable does not to suffer underneath the weight of the garage door.

the car is being charged at an electric vehicle charging station

Indoor EV charging station (Source – Rolecserv)

Meanwhile, for those cases in which both outdoor and indoor charging are possible and you choose to install outdoors, you should do a hardwire 240V installation because it provides the best weather protection for electrical power connections. A plug-in unit installed outdoor is also an option, but you must have a watertight cover for the plug and the outlet combination. The plug-in will have to be attached to a freestanding pole or an external wall as can be seen in figure 3.

external plug-in for ev charger

External plug-in for EV charger (Source – Rolecserv)

No matter where you choose to install the EV charging station, inside or outside the garage, you will need a 240V outlet for level 2 chargers. For this purpose, it is recommended to adopt a dedicated circuit in the main electrical panel of the household. Keep in mind that in some cases, your main electrical panel may not have enough room to install the corresponding 2-pole breaker for the charger, therefore, you will need to install a separate panelboard. This also involves a dedicated conduit that runs from this panelboard to the EV supply equipment location. Additionally, you will need to add four new wires through the new conduit: a ground wire, common wire, and two phases which will be attached to the double-pole breaker. As you can see, it may become a demanding task. It would be best to hire a professional electrician who verifies that the building codes are met. Keep in mind that the EV charging station should always be mounted on concrete.

Finally, some charging stations will be able to communicate with local Wi-Fi networks or through ethernet cables. This communication is very important to manage the user interface and messaging for charging schedules. Therefore, when assessing the sites for the installation of the charging station, the availability of a good Wi-Fi signal should be considered in the scenario. If not available, especially in the garage, then considering signal repeaters would be wise.

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a man connecting an ev charger to his car

10 Best EV Chargers in 2021

a man using his ev charger at home

10 Best EV Chargers in 2022 (Review)

Electric vehicles have arrived, and they’re here to stay. What once was only a dream of Elon Musk, today has become a reality as the EV market is growing every year. It is expected that the market will reach almost 27 million units by 2030 from a 3 million base back in 2019.

In this buyer’s guide, we review the best EV chargers in 2022. This will help you get a look at the most recent and valuable products available. We analyze the specs and features before choosing which ones to write about. We are also going to show you some of the factors you should consider when looking for charging stations. Let’s take a look.


Written by qualified solar engineer Carlos. Last updated:

The Best EV Chargers


1. JuiceBox 40 EV Charger

front facing juiceBox 40 ev charger

Key Features:

  • Cable length: 25 feet
  • J1771 plug makes it compatible with all EVs
  • Level 2 EV charger

Key Specifications:

  • Electrical current output: 40-amp
  • Input voltage: 240V – NEMA 14-50 outlet
  • Power output: 10kW

Where To Buy

The JuiceBox 40 EV home charger is a valuable option for those who want to install an electric vehicle charging station at their house. We have also published useful information about where to install an ev charging station in your home or property.

This model has a 40-amp capacity along with a 10kW power output. Moreover, this fast EV charger has been designed to be connected to the NEMA 14-50 240-volt outlet.

Among other additional features, the JuiceBox 40 EV Charger integrates a smart function that connects the charger to the Wi-Fi network of the house which allows you to control the charging process of the electric vehicle from a remote location. Whenever your car is fully charged, you will receive a notification via smartphone. It is also compatible with Alexa, so you can ask Alexa to charge your vehicle via voice control.

As one of the level 2 chargers, it also features a smart function that allows you to schedule charging times according to electricity rates of local utility companies in order to achieve higher energy savings. Thanks to these features, its performance, and knowing that it’s also an Energy Star certified product, it has received multiple positive EV charger reviews that make it without any doubt one of the top home chargers out there.u


2. ChargePoint EV Charger

front facing chargepoint ev charger

Key Features:

  • Energy Star Certified
  • NEMA 3R weatherproof rated
  • Level 2 charger

Key Specifications:

  • Ampere output: 40-50-amp
  • Input Voltage: 240V – NEMA 14-50 or NEMA 6-50
  • Power: 12kW

Where To Buy

If you are looking for a way to charge your car at home, then the ChargePoint EV Charger is one of the models that you should consider.

Compatible with electric cars such as Tesla, Bolt, Nissan, Honda, and others. Also, the charger has been designed with the capacity of providing up to 12kW as it is able to charge your vehicle with up to 40-50-amps when it’s connected to a NEMA 6-50 or NEMA 14-50 240-volt outlet.

Among other things, it is synchronized with the ChargePoint app which allows you to schedule charging itineraries. It does this according to electricity rates. It offers flexible control by simply using your smartphone or Alexa to activate this electric vehicle charging station.

The ChargePoint has a compact size and charges electric cars up to 9 times faster than a traditional wall outlet which allows you to add up to 37 miles per hour.

3. Siemens US2 EV Charger

front facing siemens us2 ev charger

Key Features:

  • Delay function
  • 3-year warranty
  • Required circuit breaker 2-pole, 40-amp

Key Specifications:

  • Electric current: 30-amps
  • Input voltage: 240V – NEMA 6-50 plug
  • Power: 7.2kW

Where To Buy

The Siemens US2 residential EV charger is a simple and cheaper way for charging electric vehicles. Designed to charge EVs up to four times faster than level 1 chargers with a 30-amp output and a 240 V connection that provides up to 7.2kW.

Regarding installation procedures, the charger includes its whole mounting bracket set with a 20-foot cable along with a NEMA 6-50 plug to be connected to a typical 240V outlet. Among other factors, the Siemens US2 charging stations have a flexible control feature that allows you to pause and activate the charger with 2/4/6/8-hour delay functions that are built-in. The charger can be installed via hardwired or plug-in connections.

Moreover, if you are thinking of installing the charger inside or outside your house, you must not get worried as it is suitable for outdoor and indoor use with a temperature operation range between -30°C – 50°C. The charger works with a universal SAE J1772 connector that allows it to charge all EVs. The required circuit breaker for the installation of the charger is a 2-pole, 40A breaker. After 1 hour of charging, this allows your EV to go between 40-60 miles of range per hour.


4. Megear/Zencar Level 1-2 NEMA6-20

side facing megear/zencar level 1-2 nema6-20

Key Features:

  • Level 2 charger that works with 120V adapter
  • Rated for indoor use
  • 25 feet charging cord

Key Specifications:

  • Electric current: 16 amp
  • Input voltage: 240V/120V – NEMA 6-20 / NEMA 5-15 outlet
  • Power: 3.86 kW (level 2)/ 1.92kW (level 1)

Where To Buy

A very interesting option among charging stations as the Megear/Zencar Level 1-2 NEMA6-20 is a level 2 charger that can be adapted to become a level 1 EV charger.

These electric car battery chargers are designed to be a level 2 model with the capacity to provide 16 amps at 240V which is equal to 3.86 kW. This translates in a speed of charge that is equal to 11 miles per hour. This means that a typical electric car like the Ford Fusion C-Max or the Nissan Leaf can be charged between 2.5 and 6.5 hours.

The interesting feature of the Megear/Zencar model is that it allows you to install a 3-foot charging adapter to be plugged into a conventional 120V wall outlet. The purpose of this adapter is to allow the users that do not have, and that for any reason, cannot install a 240V outlet in their garage. However, you must know that by doing so, you will be drastically reducing the capacity of your charger and the speed of charge will be severely affected. As an example, while a BWM I series vehicle could be charged in 6 hours with the 240V input, by using the adapter it would increase the charge time to 16.5 hours.

The Megear/Zencar charging stations include a 25 feet charge cord and have multiple protection ratings for their cable as IP55 waterproof, leakage and overheat protection, as well as flame resistance.

5. Mustart Level 2 EV Charging Station

front facing Mustart Level 2 ev charging station

Key Features:

  • Portable charger
  • LCD screen with LED lights for charging status
  • 25 feet charging cable

Key Specifications:

  • Electric current: 32A
  • Input Voltage:220/240V – Multiple plug-in versions
  • Power: 7.68kW

Where To Buy

The Mustart Level 2 EV Charging Station are a high-quality piece of equipment designed to power all kinds of electric vehicles thanks to its SAE J1772 plug-in standard connector.

The beauty of this home charging station is that it’s compatible with multiple types of 240 V outlets such as the NEMA 10-30, the NEMA 14-30, the NEMA6-50, NEMA 14-50, and others as well. This guarantees that no matter the type of 220V/240V connection at home, you will be able to install the charger. Using the 240V input, the Mustart level 2 charger can provide 7.68 kW at a 32-amp rating.

The Mustart model is one of the portable electric car charger that come within a carrying case that you can take everywhere. Moreover, it features an LCD screen that allows you to know the charging status at every time. It indicates important data such as the operating temperature, the charging current, as well as the actual output power. It also features energy metering.

The EV wall charger is recommended for indoor use only and must be connected to a GFCI supply protector.

6. BougeRV Level 2 Portable Electric Vehicle Charger

front facing bougerv level 2 portable electric vehicle charger

Key Features:

  • Portable carrying case included
  • Overvoltage protection
  • Cable length: 25 feet

Key Specifications:

  • Electric current: 16A
  • Input Voltage: 240V/110V – NEMA 6 -20/ NEMA 5-15P
  • Power: 3.84kW/1.76kW

Where To Buy

The BougeRV Level 2 Portable Electric Vehicle Charger are another good option to consider as they feature a 240V connection to a NEMA 6-20 plug, but they also feature a 110V NEMA 5 – 15P charging adapter for level 1 charging. These chargers have a 16 A output which equals 3.84kW for 240V connections and 1.76 kW for 110V connections.

Integrated with a 25 feet long charging cable which allows you to easily connect your electric vehicle to the outlet without much effort on the cable. Among other things, these electric car battery chargers feature an LED control box that has excellent performance. It has overheat, overcurrent, and overvoltage protection.

The BougeRV model is one of the portable EV chargers that has a carrying EVA case and holds the EV charger and the adapter as well.

7. Duosida Level 2

side facing duosida level 2

Key Features:

  • Charger length: 28 feet
  • Overvoltage/overheat/lightning protection
  • Operating temperature: -30°C ~ +50°C

Key Specifications:

  • Electric current: 16 amp
  • Input voltage: 240V/110V – NEMA 6-20/NEMA 5-15
  • Power: 3.84kW / 1.76kW

Where To Buy

The Duosida Level 2 EV charger is a valuable option that charges electric cars three times faster than what a conventional 120V outlet would.

This home charging station is compatible with all plug-in EVs, including remarkable models such as the Toyota Prius, the Fiat 500e or the Ford Energy, along with many others. The electric car charger integrates a 28 feet long charging cord that has a 16-ampoutput while being connected to a 240V NEMA 6-20 outlet, which provides a 3.52 kW power capacity.

Additionally, the Duosida home EV chargers also feature a 110V standard outlet adapter that can be coupled with the charging cable to a traditional 110-volt outlet. This will allow you to charge your EV in your garage, no matter the available connection. You must know that charging your electric vehicle while using this level 1 adapter will reduce your power output charge to 1.76kW.

Among other things, the Duosida model features a sleek design proper for any elegant and eco-friendly home.

8. ClipperCreek HCS-40P

front facig clippercreek hcs-40p

Key Features:

  • Cable length: 25 feet
  • Circuit breaker required: 40A
  • 3-year warranty (option to 5-year)

Key Specifications:

  • Electric current output: 32A
  • Input Voltage: 220-240V – NEMA 14-50
  • Power: 7.7 kW

Where To Buy

ClipperCreek HCS-40P offers another interesting alternative for electric vehicle supply equipment. In this case, the HCS-40P electric car chargers are designed for fast charging with up to 5.5 times the speed of a typical outlet.

The compact size of this model has 25 feet of cable length, suitable for flexible installation and usability as well. The product can be easily stowed with the included cable wrap and the wall mount connector holster as well.

This model uses the plug-in NEMA 14-50 with 220V-240V sockets, very simple and easy to install. The service voltage for the charger is 220-240V, using a single-phase 2-wire with ground connection. Moreover, the output of the charger in this voltage range is rated at 32A, which allows it to provide 7.7kW. The associated circuit protection needed for this device is a 40A circuit breaker.

This high-quality model is suited for both indoor and outdoor use since it is fully sealed with a NEMA 4 enclosure. Additionally, there is a ruggedized option that is available for an extra cost that has a 5-year warranty (instead of 3-years) and that has a type 4X watertight and corrosion-resistant rubber connector.

9. BougeRV Level 2 Portable EV Charging Cable

side facing bougerv level 2 portable ev charging cable

Key Features:

  • 23 miles per hour of charging
  • Portable
  • 1-year warranty

Key Specifications:

  • Electric current output: 32A
  • Input voltage: 240V – NEMA 14-50 outlet
  • Power: 7.2kW

Where To Buy

Other valuable options from BougeRV Level 2 Portable EV Charging Cable are the level 2, 240V and 32A output home EV chargers.

Well-suited for charging electric vehicles up to 5 times faster than the traditional outlet connection that level 1 EV chargers can provide. Using a NEMA 14-50 outlet, this electric vehicle charging station is able to provide up to 7.2kW, which translates into 23 miles of driving that can be obtained per hour of charging.

Moreover, since it uses the J1772 charging protocol, it is capable of charging any kind of EV. This charging cord has also been equipped with multiple safety protection features to ensure the charger is safe for use under any case scenario. This includes lightning, overcurrent, overheat and overvoltage protection. Finally, a carrying case is also included as part of the product to take your charger anywhere.

10. TurboCord 240V Portable

side facing turbocord 240v portable

Key Features:

  • UL-listed
  • Cable length: 20 feet
  • 3-year warranty

Key Specifications:

  • Electric current: 16 amps
  • Input voltage: 240V
  • Power: 3.84kW

Where To Buy

Simple and yet reliable, the TurboCord 240V Portable home EV chargers are able to provide up to 16 amps when they are connected to a 240V NEMA 6-20 outlet, this translates into 3.84kW power capacity that charges three times faster than using a conventional level 1 charger.

The TurboCord is UL-listed and is compatible with all North American electric cars and hybrid vehicles as well since it is designed with the J1772 protocol. This allows it to charge renowned models such as the BMWi3 (in just 6 hours), the Kia Soul EV (in 7 hours) or the Tesla Model 3 (in 13 hours).

Among other additional features of these charging stations, they include a portable case along with a cable hanger for easy installation and transportation to any place. The cable length of the charger is 20 feet and the brand (Webasto) provides up to a 3-year warranty.

5 Key Features to Look for in an EV Charger

a car connected to an ev charger

Electrical Specs

The electrical specs are the first and most important factor that you must look for when selecting electric car battery chargers.

These specs are related to electrical current, power, and voltage. The power is the best indicator of the charging speed that you can expect. The higher the output power, the faster the charging process will be.

The charge time can be determined by checking the amount of energy that your car’s battery needs. This will be expressed in kWh. Simply divide the kWh (energy) by the kW (power) and you will find out the number of hours that will be required to charge your vehicle.

NEMA Outlet Connection – Adapters

Another fact is to verify the NEMA outlet connection that you can couple the charger too. Even among level 2 chargers, there can be different 240V or 220V outlet types, therefore, you must verify that the one available in your garage is the one suitable for your car.

There are some cases in which you may not have a 240V outlet in your garage. For those cases, some home EV chargers will integrate an adaptor to couple the cable with a 110V outlet. That way, you would be able to use 120V, 220V, or 240V outlets. This is a simple solution. In the long term, you might want to consider making a 240V outlet connection for your garage as the performance and charging speed will reduce drastically.

Enclosure Rating – Indoor or Outdoor

Not every charger is suitable for working in outdoor environments with rain or snow, so you need to learn where to install an ev charging station.

Connectivity and Ease of Use

Some home EV chargers are designed with the possibility to work under a Wi-Fi connection. This allows you to couple the charger with a mobile app that offers flexible control via remote and that can even be controlled by using Alexa.

The ease of use is also related to the cable length of the charger. The longer it is, the easier it will be for you to connect the charger every day without much damage to the cable.


Finally, the other factor that must be considered is the installation type. You must find out if the charger needs to be hardwired or if it will be plugged in.

Hardwire requires an internal electrical connection of the cables through the walls or underground. This is harder to install, but it is also harder to steal and more secure from a technical perspective — especially if it will be mounted outdoors. It is also cheaper.

The plug-in is much easier to install, assuming that you already have a suitable outlet for the charger. It is not as secured and is probably more expensive.

What are the Different Types of Electrical Vehicle Chargers?

The electric car chargers can be classified according to their speed of charge according to the following types:

Ultra-Rapid Chargers

These chargers can provide between 50 and 150kW, which drastically reduces the charging times. Some models like the Tesla Supercharger are classified under this regime, but they are not compatible with all EVs. These models are typically level 3 chargers and they can charge an EV in an average time of 30 minutes, but they are very expensive.

Fast Chargers

Meanwhile, fast chargers are those that can power EVs with a rating between 3kW and 20kW. These models are level 2 and they can charge an EV in 3-8 hours. The equivalent ampere output for these chargers will be 30-amp, 40-amp, 50-amp or any in between.

Slow Chargers

Finally, the slow chargers are only suitable to charge the EV during the night. These have a capacity up to 3kW and they are level 1 EV chargers generally. These models take between 9-16 hours to charge an EV.

What are the Differences Between the Different Levels of EV Chargers?

There are several differences between EV charger levels.

The first difference lies in the input voltage that they can connect themselves to. While level 1 chargers must be connected to a 110V supply, level 2 models must be connected to a 240V supply. On the other hand, a level 3 EV charger, also known as DC Fast Charging (DCFC), must be connected to a 480V DC supply. As you can see, only the first two are suited to be called home electric car chargers because the level 3 model can only be used for industrial or commercial applications.

The second difference lies in the power that each one can supply as was explained in the section before. This is a direct consequence of the voltage supply, the higher it is, the more power the charger can supply. This also impacts the charging speeds.

Also, the wall outlets to which the charger can be connected to will vary according to the level. Finally, the type of connector of the charger will also change according to the level. While both level 1 and level 2 models will use J1772 connectors, the level 3 charger will use a CHAdeMO or SAE Combo port. Table 1 shows a schematic overview of the differences between levels while figure 1 shows the outlet types, check which one is the one available in your garage.

Table 1. Differences between levels in EV chargers.


Level 1

Level 2

Level 3

Voltage Supply110V/120V220V/240V480V

Power Output Range

Up to 3kW



Charging times

9-16 hours

3-8 hours


Wall Outlets

NEMA 5-15/ NEMA 5-20/NEMA L5-15

NEMA 6-15 / NEMA 6-20/ NEMA 6-30/ NEMA 6-50 / NEMA 14-50/ NEMA 14-30/ NEMA 10-30

Industrial/commercial application

Connector type



CHAdeMO or SAE Combo

Figure 1. Wall outlet types. Source: Electronics Stack Exchange


  1. Electric Vehicle Market – Markets and Markets.
  2. Vehicle charging. – Energy Gov.
  3. Charge Points. – Zap-Map.
  4. Difference between 110V and 220V power outlet?. – Electronics Stack Exchange.

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