Outages are a common occurrence in New England, especially during the winter months. When the power fails and the grid is down, do you have a plan? Whether it’s battery or generated stand-by power, hundreds of thousands of dollars each year are saved while keeping all the necessities and luxuries running.
Batteries
An uninterruptible power supply usually uses one of three different types of batteries: lead-acid, nickel-cadmium, or lithium-ion. Nickel-cadmium was once a popular choice, but in recent years has been phased out. Lead Acid is also not a popular battery choice for home and commercial solar installation. The few times you may see lead acid in use would be for off the grid homes or buildings. All three of the batteries options BD Electrical & Solar installs are lithium-ion batteries.
Lithium-ion
With the growing popularity of this technology, lithium-ion batteries have been used to power smaller electronic equipment. Now, they are fully introduced into the automotive industry like Tesla and are slowly making their way into homes and businesses.
Compatible with solar and wind-generated power
Smaller and lighter
Can be stored in a basement or garage
Costly but the longer service life evens the financial scales
Higher dependability
Generac, Enphase, and SolarEdge make top of the line batteries that we install. Look at the chart below to compare the three battery types. If you’re interested in leaning about the right choice for you, give us a call at (508)-617-0800.
**96.5% round-trip efficiency when DC coupled, 90% when AC coupled.
Generators
As of today, these are the longest-running backup power supplies that are being used for all sorts of facilities. Hospitals, being the largest of them, require generators the size of SUVs. While homes can be powered by the smaller versions, where size and power output matter. Unlike battery backups, there is a delay from when the power goes out and the generator kicks on. Depending on your needs, fuel accessibility, and budget, there’s a generator that’s suitable for any homeowner.
Whole House
These standby generators are installed usually next to your house and outside. A concrete slab is poured and then covered with drainage gravel. If compatible, they can run directly off of propane or gas that is normally used in your home. If your fuel supply runs out, some generators are equipped to use alternative methods such as solar and external gas.
Whole house systems can keep everything running including well water pumps, refrigerators, HVAC systems, and televisions all at once. Standby generators will automatically turn on once the power goes out but keep in mind, there is still a delay. They are very costly, but if your area is prone to outages and you’re tired of throwing away food and buying drinking water, the investment is worth it.
Generac produces standby generators that BD Electrical & Solar Services is certified to install.
Portables
Portable generators can directly plug into your home if the structure is wired for it. They have a wide range of output available, but most commonly they are used for small indoor heaters and keeping the refrigerator going. The more draw on the power they produce, the more it will burn through fuel. These types and models are not meant to be run for extended periods and have to be refueled often.
The price tag isn’t as big as the cost of the standby generators, but they also do not start automatically. You’ll have to manually start them in any event that you need power during an outage. The best part is that once your grid power is back on, storing the generator is easy. Though the maintenance is equivalent to small engine repairs and tune-ups, the cost to replace the actual generator portion of the unit can be cumbersome.
Inverter Generators
Lesser in size compared to other generator systems and can only be used for small applications. Also, what separates inverters from other fuel-eating generators, they adjust to the demand. So, the less power being consumed, the less it has to work, keeping fuel consumption low. Inverters can also be partnered with others means of power to increase the overall output.
There are many types of generators to choose from although some can’t hook directly into the wiring of your building. Most homes aren’t set up to receive an external supplemental supply of power except through power extension cords ran through windows or under doors. To have the ability to connect a generator to your home’s breaker or fuse box, contacting an experienced and insured electrical company is a must.
Generator
Lithium-ion Battery
Noise Level
50 dB-100 dB
Equal to a refrigerator
Life Span
5yrs without tune-ups
10yrs (standard)
Maintenance
Refueling, 1K hr oil changes, yearly tune-ups for longevity
Does not require
Best Used for
High power demand for short periods
Average household demands for extended time
Internet Connection Capable
No
Yes
Effects on the Environment
Fossil Fuel burning emissions
Recyclable / can use solar or wind to recharge for lower impact
Tax Credit Eligibility
No
Yes
To Sum it all Up
If you’re frustrated with power outages, which can last anywhere from minutes to weeks, and you want to be prepared for the next storm or downed power line, get in touch with BD Electrical & Solar Services. We are 100% certified to install Enphase batteries, SolarEdge batteries, and Generac generators and batteries. We can inspect, assess, and give recommendations considering your needs, budget, and any other points of interest to keep your lights on when the power goes out.
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Frequently Asked Questions
How do standby generators work in power backup systems?
Standby generators work in power backup systems by automatically detecting outages and starting up to supply electricity. They connect to the home’s electrical system, providing seamless power to essential appliances until the main power is restored.
What are the benefits of using a diesel generator backup?
The benefits of using a diesel generator backup include reliable power supply during outages, longer run times, and lower fuel costs compared to gasoline. Diesel generators are also known for their durability and ability to handle heavy loads, making them ideal for both residential and commercial applications.
What is the purpose of an uninterruptible power supply (UPS)?
The purpose of an uninterruptible power supply (UPS) is to provide backup power and protect sensitive electronic equipment from power interruptions, ensuring continuous operation during outages and safeguarding against data loss or damage.
Can a generator be used as a backup power source?
A generator can indeed be used as a backup power source. It provides electricity during outages, ensuring that essential appliances and systems remain operational when the grid fails.
What is the difference between a UPS and a standby generator?
The difference between a UPS and a standby generator lies in their functionality. A UPS (Uninterruptible Power Supply) provides immediate power during outages for short durations, while a standby generator activates after a delay to supply power for longer periods.
What is the role of a transfer switch in a backup system?
The role of a transfer switch in a backup system is to safely switch the power source from the utility to the backup generator or battery system during an outage, ensuring a seamless and safe transition of power.
How does a backup power system help in a blackout?
A backup power system helps during a blackout by providing an alternative energy source, ensuring that essential appliances and systems remain operational. This reliability minimizes disruptions and enhances comfort during power outages.
How does a backup power system benefit a business?
The benefits of a backup power system for a business include ensuring uninterrupted operations during power outages, protecting sensitive equipment, and enhancing overall reliability, which ultimately safeguards revenue and maintains customer satisfaction.
What are the main types of power backup systems available?
The main types of power backup systems available are lithium-ion batteries and generators. Lithium-ion batteries provide efficient, low-maintenance energy storage, while generators offer immediate power during outages, catering to different needs for energy reliability.
Are there different types of UPS systems available?
There are different types of UPS systems available, including standby, line-interactive, and online UPS. Each type offers varying levels of power protection and is suited for different applications, ensuring reliable backup power during outages.
What are the limitations of using a battery backup system?
The limitations of using a battery backup system include limited storage capacity, which restricts the duration of power supply during outages, and the need for regular maintenance and eventual replacement, as well as higher upfront costs compared to other backup solutions.
What are the advantages of using an inverter backup system?
The advantages of using an inverter backup system include efficient energy conversion, quieter operation, and the ability to power sensitive electronics without damage. Additionally, inverters often have a longer lifespan and require less maintenance compared to traditional generators.
How does a battery backup system work in a home?
A battery backup system in a home works by storing electricity from the grid or solar panels, which can then be used to power appliances during outages. When the main power supply fails, the system automatically switches to battery power, ensuring continuous energy availability.
Can a backup power system be used for residential areas?
Backup power systems can indeed be used for residential areas. They provide reliable energy solutions during outages, ensuring that homes maintain power for essential appliances and systems.
How does a backup power system improve data center reliability?
A backup power system enhances data center reliability by ensuring continuous power supply during outages, preventing downtime, and safeguarding critical operations. This stability is crucial for maintaining data integrity and operational efficiency in a data center environment.
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Frequently Asked Questions
How do standby generators work in power backup systems?
Standby generators work in power backup systems by automatically detecting outages and starting up to supply electricity. They connect to the home’s electrical system, providing seamless power to essential appliances until the main power is restored.
What are the benefits of using a diesel generator backup?
The benefits of using a diesel generator backup include reliable power supply during outages, longer run times, and lower fuel costs compared to gasoline. Diesel generators are also known for their durability and ability to handle heavy loads, making them ideal for both residential and commercial applications.
What is the purpose of an uninterruptible power supply (UPS)?
The purpose of an uninterruptible power supply (UPS) is to provide backup power and protect sensitive electronic equipment from power interruptions, ensuring continuous operation during outages and safeguarding against data loss or damage.
Can a generator be used as a backup power source?
A generator can indeed be used as a backup power source. It provides electricity during outages, ensuring that essential appliances and systems remain operational when the grid fails.
What is the difference between a UPS and a standby generator?
The difference between a UPS and a standby generator lies in their functionality. A UPS (Uninterruptible Power Supply) provides immediate power during outages for short durations, while a standby generator activates after a delay to supply power for longer periods.
What is the role of a transfer switch in a backup system?
The role of a transfer switch in a backup system is to safely switch the power source from the utility to the backup generator or battery system during an outage, ensuring a seamless and safe transition of power.
How does a backup power system help in a blackout?
A backup power system helps during a blackout by providing an alternative energy source, ensuring that essential appliances and systems remain operational. This reliability minimizes disruptions and enhances comfort during power outages.
How does a backup power system benefit a business?
The benefits of a backup power system for a business include ensuring uninterrupted operations during power outages, protecting sensitive equipment, and enhancing overall reliability, which ultimately safeguards revenue and maintains customer satisfaction.
What are the main types of power backup systems available?
The main types of power backup systems available are lithium-ion batteries and generators. Lithium-ion batteries provide efficient, low-maintenance energy storage, while generators offer immediate power during outages, catering to different needs for energy reliability.
Are there different types of UPS systems available?
There are different types of UPS systems available, including standby, line-interactive, and online UPS. Each type offers varying levels of power protection and is suited for different applications, ensuring reliable backup power during outages.
What are the limitations of using a battery backup system?
The limitations of using a battery backup system include limited storage capacity, which restricts the duration of power supply during outages, and the need for regular maintenance and eventual replacement, as well as higher upfront costs compared to other backup solutions.
What are the advantages of using an inverter backup system?
The advantages of using an inverter backup system include efficient energy conversion, quieter operation, and the ability to power sensitive electronics without damage. Additionally, inverters often have a longer lifespan and require less maintenance compared to traditional generators.
How does a battery backup system work in a home?
A battery backup system in a home works by storing electricity from the grid or solar panels, which can then be used to power appliances during outages. When the main power supply fails, the system automatically switches to battery power, ensuring continuous energy availability.
Can a backup power system be used for residential areas?
Backup power systems can indeed be used for residential areas. They provide reliable energy solutions during outages, ensuring that homes maintain power for essential appliances and systems.
How does a backup power system improve data center reliability?
A backup power system enhances data center reliability by ensuring continuous power supply during outages, preventing downtime, and safeguarding critical operations. This stability is crucial for maintaining data integrity and operational efficiency in a data center environment.
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