Power Up with HT Tech Energy!
we specialize in electrical services related to solar, Battery backup storage, and natural gas Backup generator installations, (commercial and residential)—Performance tests, maintenance, and troubleshooting.etc.
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About HT Tech-Energy
Our Mission
Our Experience
Our Experience
At HT Tech Energy, our mission is to provide reliable and sustainable electric solutions to our clients.
Our Experience
Our Experience
Our Experience
With over 15 years of experience in the industry, our team of technicians has the expertise and knowledge to handle any project.
Our Services
Our Experience
Our Services
We offer a wide range of electric services, including installations, repairs, and maintenance.
Frequently Asked Questions
Please reach us at httechenergy@gmail.com if you cannot find an answer to your question.
If you want to have protection against power outages or plan to live off-grid, you’ll need to add batteries to your solar system. There are DC-coupled battery systems and there are AC-coupled ones. What are those and how to choose between them?
Solar batteries save extra energy from solar panels for use when it's dark, cloudy, during power outages, or when electricity costs are highest. Deciding to add them is a big choice: a battery can increase the cost of your PV installation by up 50%. Sometimes, just connecting your solar panels to the grid without batteries is a better way to save money.
But if you live in a place with a lot of power outages, getting solar batteries is a smart move, especially if you want to be completely energy-independent. The number of batteries you need depends on how much energy you use and why you want them. The right size for your battery setup is different if you're off the grid or using a mix of solar and regular power.
AC or DC coupling refers to how solar panels are coupled or linked to a BESS. The type of electrical connection between a solar array and a battery can be either Alternating Current (AC) or Direct Current (DC).
BESS — Battery Energy Storage Systems
In a DC-coupled system, the battery is directly connected to the direct current (DC) side of the power system — the energy from panels goes directly into energy storage. In an AC-coupled system, the energy storage system is connected to the power system's alternating current (AC) side.
In both configurations, an inverter converts DC output from the batteries into AC before injecting it into the electrical grid or the building's AC distribution system. In an AC-coupled system, an inverter must also convert AC from a house electric system into DC for a battery. If it feels confusing, don’t worry yet — let’s take a closer look at each type.
A DC-coupled system looks like the most simple configuration. Solar panels produce direct current under the sun. This energy goes into the charge controller that lowers the voltage down to a comfortable level for the battery to charge. This AC either flows into the grid or to your appliances. The charge controller may disconnect the battery if it is full and then energy from panels goes directly to an inverter.
An AC-coupled battery system is more complicated. DC from solar panels goes to an inverter, turns into AC, and flows into the grid or to your appliances. There is also a second inverter in the system. It converts AC from the grid and the first inverter to DC and sends it into the battery.
Why so complicated? An AC-coupled battery system is easier to add to an existing solar installation that was not initially designed for energy storage. Standard grid-tie inverters don’t support batteries but with AC-coupled BESS, you wouldn’t have to replace your inverter to get an energy backup.
HT TECH ENERGY provides a comprehensive suite of products and services designed to maximize the benefits of NEM 3.0 for both homeowners and installers. Unlike NEM 2.0 which rewards homeowners for selling excess solar energy to the grid, NEM 3.0 incentivizes homeowners to use their energy.
Under NEM 3.0, the time-varying rate of energy motivates homeowners to store excess generated solar and consume it during peak demand. In addition, the rate incentivizes homeowners to export energy during high compensation periods. The combination of avoiding grid energy during peak times and selling energy during certain other peak times can result in a substantial financial return on investment for homeowners.
Home batteries for backup power provide uninterrupted energy during outages, ensuring essential appliances remain operational. While some batteries can power an entire home, they are typically used to keep necessary appliances like refrigerators, and routers running during blackouts. Less critical devices may remain without power.
Backup power is vital for those who live in fire zones or areas prone to frequent blackouts. While you may not save as much as you do with TOU, you’ll have reliable, uninterrupted power when you need it most, and the peace of mind to know that you’ll make it through emergencies, severe weather events, or other prolonged outages.
When thinking about backup power for your home, you may also have thought about generators. How do they compare to home batteries? Both provide homes with backup power during outages, but they’re quite different in their function, cost, maintenance, and environmental impact.
Generators generally have a lower upfront cost compared to battery systems. Prices can range from a few hundred to several thousand dollars, depending on the size and capacity. However, generators require ongoing fuel costs and regular maintenance, such as oil changes and engine tune-ups, which can add to the long-term expense.
In contrast, batteries have a higher initial cost but require minimal maintenance. They do not need fuel and can be recharged via solar panels or the grid, making them a cleaner and more convenient option.
Generators produce greenhouse gases and other pollutants during operation, contributing to environmental pollution. They can also be noisy, which might be a concern in residential areas. Batteries, especially when charged with solar energy, offer a clean, renewable power source. They operate silently, making them ideal for residential use.
HT Tech Energy offers a wide range of electrical services, including installation, maintenance, and repair of electrical systems for residential and commercial properties.
The cost of electrical services provided by HT Tech Energy varies depending on the type of service required. We offer competitive pricing and will provide you with a detailed quote based on your specific needs.
Yes, HT Tech Energy offers 24/7 emergency electrical services to ensure that our clients are never without power when they need it most.
The 2024 Federal Solar Tax Credit, officially known as the Investment Tax Credit (ITC), is a financial incentive for adopting solar energy in the United States. This dollar-for-dollar credit allows homeowners and businesses to deduct up to 30% of the cost of installing a solar energy system from their federal taxes. By reducing the upfront cost of solar installations, the solar investment tax credit makes renewable energy more accessible and affordable.The up to 30% solar investment tax credit is set to remain in place through 2032 following a recent extension of the ITC, providing a long-term incentive for adopting solar energy. After 2032, the credit is scheduled to decrease gradually. This extended timeline gives homeowners and businesses more time to plan and implement solar projects, but the planned decrease of the credit amount incentivizes early action.
How to qualify for the solar credit?
This credit applies to both residential and commercial properties, allowing a wide range of property owners to benefit from the incentive. Eligible systems include solar photovoltaic (PV) systems, which convert sunlight into electricity.
To qualify, the solar energy system must be installed and operational within the 2024 calendar year. The credit covers a comprehensive array of expenses related to the installation, including the cost of:
- solar modules
- Inverters
- Racking
- Wiring
- Other necessary equipment
- On-site preparation
- Assembly
- Installation
- Permitting, inspection and developer fees
- Energy storage Devices
- Sales tax on eligible expenses
Qualifying for the 2024 solar investment tax credit also involves several key criteria:
- Completion Date: The solar energy system must be completed and operational in 2024. Projects that are still under construction or planned for future years do not qualify for the 2024 credit.
- Property Type: The credit is available for both residential and commercial properties. This includes primary residences, secondary homes, and businesses. However, it does not apply to rental properties that the taxpayer doesn’t live in or homes used solely for business purposes.
- Ownership: To claim the credit, the taxpayer must own the solar energy system. Leasing a system or entering a power purchase agreement (PPA) does not qualify for the ITC. The owner of the system can claim the credit, whether they paid for it upfront or financed the purchase.
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