We are proud to offer many custom built, reliable backup options, including “stand-by” generators, lithium battery backup and everything in between.
We can build a system to match your own personal scenario, with no more than what you need, and no less than what’s needed.
Backup power: For The ULTIMATE In Piece Of Mind!
1. Power outages:
A backup power system ensures that essential appliances and systems can continue operating during power outages caused by weather or equipment failure.
2. Emergency preparedness:
It provides basic necessities during extended power outages, helping homeowners navigate through emergencies and stay connected.
3. Home security:
A backup power system keeps security systems and surveillance cameras operational, protecting the property during outages.
4. Sump pump functionality:
These systems prevent basement flooding by keeping your sump pump(s) working during our unforeseen (and unfortunately, more frequent) power outages here in Ontario.
5. Home business or remote work:
These systems enable uninterrupted work and access to essential equipment like wi-fi routers, which is especially beneficial to those with home-based businesses or remote employment.
6. Medical considerations:
A backup power system supports powered medical devices and equipment, ensuring the well-being of individuals with medical conditions.
7. Comfort and convenience:
Maintain your essential appliances like heating, air conditioning, and refrigeration. This level of comfort and convenience is a huge benefit for homeowners and their families.
Overall, a backup power system provides peace of mind, protects against power interruptions, and ensures the functioning of vital functions and systems in a home.
Battery-Based Backup Systems:
Pros:
1. Environmentally Friendly:
Battery-based backup systems use clean energy sources, such as solar or wind power, to charge the batteries. They produce no emissions, reducing your carbon footprint and contributing to a cleaner environment.
2. Quiet and Low Maintenance:
Battery-based systems operate silently and require minimal maintenance compared to fossil fuel-based systems. There is no need for fuel storage, regular refueling, or engine maintenance.
3. Scalability and Modular Design:
Battery-based systems are typically “modular”, allowing homeowners to add more batteries as needed, expanding their backup capacity over time. It provides flexibility in system design and allows for easy customization.
4. Fast Response Time:
Battery-based backup systems can provide power instantly when the grid goes down, ensuring a seamless transition and immediate availability of electricity.
5. Lower Long-Term Costs:
Although the initial installation cost may be higher, battery-based systems can be cost-effective in the long run. They eliminate the need to purchase and store fuel, and they have longer lifespans compared to fossil fuel-based generators.
Cons:
1. Limited Capacity:
Battery-based backup systems have limited energy storage capacity. They may not be suitable for powering high-demand appliances or prolonged power outages without sufficient battery capacity.
2. Dependency on Weather Conditions:
Systems that rely on renewable energy sources like solar or wind power are dependent on weather conditions. Extended periods of cloudy or windless days can limit the charging capacity of batteries.
3. Upfront Cost:
Battery-based backup systems generally have a higher initial cost compared to fossil fuel-based systems, including the cost of batteries, inverters, and installation. However, these costs have been decreasing as technology advances and economies of scale are realized.
Fossil Fuel-Based Home Backup Systems (e.g., Generators):
Pros:
1. Higher Power Output:
Fossil fuel-based backup systems, such as generators, can provide high power outputs, making them suitable for running heavy appliances, tools, or whole-house power during extended outages.
2. Fuel Availability:
Fossil fuels like gasoline, diesel, or propane are readily available, making it easier to obtain fuel for running the backup system. They can be refueled quickly, providing extended runtime.
3. Established Technology:
Fossil fuel-based backup systems have been in use for a long time and are well-established technologies. They are reliable and widely supported by service providers and repair networks.
Cons:
1. Environmental Impact:
Fossil fuel-based backup systems emit greenhouse gases and pollutants, contributing to air pollution and climate change. They are not environmentally friendly and contribute to carbon emissions.
2. Noise and Maintenance:
Generators produce noise and require regular maintenance, including fuel storage, periodic refueling, and engine maintenance. They can be noisy and require proper ventilation to ensure safe operation.
3. Cost of Fuel and Maintenance:
The cost of fuel for generators can be volatile, and regular refueling can add up over time. Maintenance costs, including oil changes, filter replacements, and repairs, can also be significant.
4. Startup Delay:
Fossil fuel-based backup systems often have a startup delay, requiring time to start and stabilize power output. This delay can lead to a brief period without power during the transition from grid power to backup power.