Lower-Quality Equipment: The Shortcuts in Cheap EV Charger Installations

When it comes to EV charger installations, you might be tempted by lower prices, but often, they come with compromises that can cause more headaches down the road. Here’s what you need to know about some of the shortcuts that make cheap installs risky:

• Cheap EV Chargers: Lower-priced chargers may lack important features like smart capabilities, safety certifications, or built-in protections. These chargers might not handle the power demands of modern EVs, or they may not last as long. Sure, the price is tempting, but you’re often trading reliability for a quick deal.

• Inadequate Wiring: Budget installers sometimes use cheaper wiring, like aluminum wire instead of copper. Aluminum may save a few bucks upfront, but it’s much more prone to corrosion and expansion when temperatures fluctuate. This can lead to loose connections, overheating, and a higher risk of fire hazards. Copper wire, while a bit pricier, is much more durable and reliable for high-power systems like EV chargers.

• Substandard Circuit Breakers: The circuit breakers used in cheaper installs may not meet safety standards, which can increase the risk of electrical fires or a system failure. Quality breakers are there to protect your home and the vehicle you’re charging, so don’t skimp on this important part.

• Low-Grade Mounting and Enclosures: Cheap installations may also cut corners with the mounting brackets or enclosures that hold your charger. These might be made from materials that wear down more quickly or degrade in the weather, causing long-term problems and potential safety issues.

• Lack of Compliance with Standards: Some low-cost installations might use non-certified equipment that doesn’t meet local or national electrical codes. Not only does this increase the risk of a malfunction, but it could also void your warranty or make it harder to get insurance coverage. Plus, many cities require a permit and approval for EV charger installations, especially if it involves electrical work. Skipping these legal steps can cause issues later, including fines or delays, and it can even affect your insurance claims if something goes wrong.

Understanding the Difference Between Hybrid and Electric Vehicles: A Step Towards Sustainable Driving

Understanding the Difference Between Hybrid and Electric Vehicles: A Step Towards Sustainable Driving

At Ally Electric and Solar, we believe in empowering our customers with knowledge, especially as we collectively march towards a more sustainable future. As the automotive industry continues to evolve, two terms that often come up in discussions about eco-friendly transportation are "hybrid" and "electric vehicles" (EVs). While both options aim to reduce our carbon footprint, they operate on different principles. In this blog post, we're here to clarify the distinctions between hybrid and electric vehicles, guiding you in making informed decisions that align with your sustainability goals.

Electric Versus HYBRID

What is a Hybrid Vehicle?

Hybrid vehicles combine a traditional internal combustion engine (ICE) with one or more electric motors. These vehicles can switch between using the gasoline engine and electric power, depending on driving conditions and battery charge. The key types of hybrids include:

• Mild Hybrids: Use both an electric motor and an ICE but rely primarily on the gas engine. The electric motor provides assistance, enhancing fuel efficiency but cannot power the car on its own.

• Full Hybrids: Capable of running on the electric motor alone for short distances. They can switch seamlessly between the gasoline engine and electric motor, optimizing performance and fuel economy.

• Plug-in Hybrids (PHEVs): Can be charged via an electrical outlet, allowing for longer electric-only driving ranges. They operate similarly to full hybrids but offer the flexibility of extending electric-only travels.

What is an Electric Vehicle (EV)?

Unlike hybrids, electric vehicles run entirely on electricity stored in batteries. EVs use electric motors for propulsion and do not rely on gasoline at all. This absence of combustion engines makes them a cleaner option, producing no tailpipe emissions. Key aspects of EVs include:

• Battery Electric Vehicles (BEVs): Fully electric vehicles that must be charged from an external source. They typically have a greater range than hybrids and are designed for efficient electric driving.

• Range-Extended Electric Vehicles (REEVs): Feature small gasoline engines that act as generators to charge the battery while driving, although they primarily operate as electric vehicles.

Key Differences Between Hybrid and Electric Vehicles

1. Power Source:

1. Emissions:

1. Charging:

1. Driving Range:

Why Choose Hybrid or Electric?

Choosing between a hybrid or electric vehicle depends on your lifestyle, budget, and commitment to sustainability. If you frequently take long drives and want the flexibility of gasoline backup, a hybrid may be a better fit. However, if you’re looking for an eco-friendly vehicle that produces zero emissions and you can charge at home or work regularly, an electric vehicle may be the ideal choice.

Conclusion

At Ally Electric and Solar, we are committed to supporting our customers on their journey toward sustainable energy solutions, whether in the form of solar panel systems or electric vehicles. By understanding the differences between hybrid and electric vehicles, you are better equipped to make choices that align not only with your driving needs but also with a more sustainable future.

For more information on electric vehicle charging installation or how to make your home more energy-efficient, feel free to reach out to us. Together, we can take steps toward a greener, brighter tomorrow!



We hope this provides you with a comprehensive overview of hybrids and EVs! If you have any questions about the renewable energy technologies you can integrate into your home, we’re just a call away – on your side of solar! Please call us at 510-559-7700 or email us at msaglam@allyelectricandsolar.com