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Some people may wonder, how did we cite a critical video to the website? Do you want to catch William Prowse's traffic? In fact, for our products, this is not a criticism, but more like an encouragement to us to produce and design products with more market competitiveness. Today I want to say that we have indeed done it. We did use the welding method to connect the internal lines of the battery before, why do we use this connection method? Insufficient research on the U.S. market and unclear industry standards for U.S. line connections Although mechanical connection method does not seem to be so advanced, its protection is not lower than that of crimping. Many people may worry that the high temperature of the battery will fuse the welding point, causing it to fall off and causing an electric shock hazard. In fact, our welding melting point is 200°C, which is much higher than the 75°C of the high temperature cut-off protection. Why should we change it? The previous connection method does look messy and not aesthetically pleasing Cater to customer preferences and comply with industry standards We accept all criticisms and actively innovate, only to produce better products In addition to changing the line connection method, the protective cotton has also been upgraded 12V 100AH product advantages: Low Temp Cutoff Cost-effective Grade A cells Why do you say we are cost-effective? The price is much lower than the products with low temperature protection function on the market We provide a five-year warranty. If there is any problem with the product, we will solve it for you as soon as possible In addition to this product, we have developed many other products with mature technology Why are we posting this blog? Thanks and apologies to William. To support more people to question our products, we are willing to accept suggestions. Hope everyone can support our products.

Why do you need to become a member? In the context of economic globalization, our foreign trade is also developing rapidly, but the resulting energy waste is also increasing. There is only one earth. Let us start with small things, Beginning with using LiFePO4 Battery, protecting our homeland, Calling more people to go green with us! How to be a Vatrer affiliate? 1. Register a Vatrer affiliate account2. Set the way to get commissions and turn on reminders3. View data such as commissions charged, sharing methods, Links, Sources, etc4. User using guide Become an affiliate Vatrer is a young and fast-growing solar battery brand dedicated to providing high-quality products at an affordable price range while offering a 5-year warranty. Now, We are excited to announce we have launched a new affiliate program. Affiliate Benefits Becoming an affiliate of Vatrerpower.com is easy and rewarding! Just provide a link from your site to Vatrerpower.com and you'll earn commissions on sales you send us. Commissions are only available for sharing VATRER "Products", not for "Accessories" Get a $10 commission for each order completed, and the commission will be canceled if the customer is refunded The commission will reach your PayPal within 30 days of placing the order Get a commission by sharing the link, if you want to use coupons, please contact us. Affiliate Program Details Our affiliate program is hosted on the af.uppromote affiliate system. We have a dedicated affiliate management team to help you place links, banners, and tools on your websites, blogs, and newsletters. Also, as an affiliate of the Vatrerpower.com program, you will have the convenience of easily accessing detailed traffic and earning reports, sales tracking information, and other helpful tools to manage and optimize your campaigns. Available Tools In addition, we offer you many promotional tools to help attract potential shoppers:1. Text links2. Coupons Terms & Conditions Either party has the right to terminate the agreement immediately without prior notice. If the Affiliate terminates the agreement, no further commissions from Vatrerpower will be paid for any past or future customer transactions.If Vatrerpower chooses to terminate the agreement, any balance will be paid to the affiliate within 30 days of termination. Vatrerpower reserves the right to terminate any affiliate where we deem the Affiliate has abused their referrals.Should you have any questions regarding your Affiliate payout, please contact brand@vatrerpower.comShould you have any questions regarding your Affiliate payout, please contact brand@vatrerpower.comJOIN NOW

The Benefits of Solar Energy Battery Storage Did you know that there are 3,060,407 solar systems currently installed in the U.S.? It has been said that the buildings of the future will be powered by solar energy. This is already starting to become a reality, as businesses and homeowners are installing solar panels on their roofs every day with the expectation to see utility cost savings. However, many people are still hesitant to make the switch to solar energy because they are unsure of how it works. This means that there are property managers, business owners, and homeowners that will be missing out on the cost savings and other benefits. In the third quarter of 2021 alone, the U.S. solar industry installed 5.4 gigawatts of capacity. This means that there was a 33% increase year over year. We’re going to discuss the benefits of adding a battery system to your solar panel installation so you don’t miss out on the benefits. We will also show how you can save money on your utility bills, attract better tenants, and reduce your carbon footprint. So read on to learn more about how solar plus a battery system can benefit your building. What Are The Benefits Of A Solar System? There are many benefits of adding a solar plus battery system to your building. One of the main benefits is utility cost savings. Solar energy is free once you have installed the initial investment of solar panels and batteries. Solar is offering the opportunity to use the energy of the sun at its best. This means that you will no longer have to pay for electricity. Additionally, building owners can often take advantage of tax credits and rebates to help offset the cost of installation. Another benefit is that solar energy systems are a great way to reduce your carbon footprint. By using renewable energy sources like solar panels and wind turbines, we can help reduce our dependence on fossil fuels. By using solar energy, you are reducing the number of greenhouse gases that are released into the atmosphere. Solar panels also help increase the value of your property. A recent study found that homes with solar panels sell 20% faster and for 17% more money than homes without them. And finally, adding a battery system to your solar installation will make your building more reliable during power outages. It’s able to do this when solar batteries have backup functionality, as this allows for the solar energy to get used even when there has been a power outage. You might also like to know that solar panels are a great investment for additional protection during inclement weather or other similar situations. Take a hurricane, for example, most solar panels can withstand 140 mph winds. That means solar panels are generally strong enough to last through a category 4 hurricane. More on the Benefits and Utility Cost Savings You can expect a great return on your investments and even take advantage of tax credits along with bonus depreciation. This is because commercial installations will benefit from the Solar Investment Tax Credit. This tax credit gives consumers a 26% federal tax credit. Solar panel systems are also more affordable than most people think. Installation costs have decreased by at least 70% over the last 10 years, making an installation project for building managers more attainable than ever. We’ve already touched on cost savings but so you get a complete understanding of it, we’ll tell you what you can expect to save. Remember, after the initial installation of your panels, you’ll save significant amounts on your energy bills. For commercial energy storage and panels, you can deduct up to 85% of the solar panel cost when tax time comes around. Overall, you can expect to save up to 25% on your typical electric bill. Have You Thought About the Benefits of a Green Lease? Yes, you can offer your tenants a green lease agreement. A green lease is a type of lease agreement that encourages sustainable practices. This can include things like using energy-efficient appliances, installing solar panels, and adding a battery system. Offering a green lease is a great way to attract and retain tenants. Tenants are increasingly interested in sustainable practices and are willing to pay more for buildings that offer them. In fact, one study found that 61% of tenants would be willing to pay more for an eco-friendly apartment. Overall, with a green lease, tenants and building owners can: Save on finances Conserve resources Ensure operation efficiency Promote a healthy use of energy So if you’re looking for ways to make your building more attractive to tenants, consider offering a green lease agreement. An Increase In Reliability Solar energy has been growing in popularity for several reasons, but one of the main reasons is that it’s a reliable source of energy. Unlike other renewable energy sources like wind and hydro, solar is not as intermittent. This means that you can count on it to generate electricity whenever you need it. It works this way because it can use the energy that was stored while the sun was shining for use when it isn’t. Solar power is generally intermittent, however, because the sun doesn’t shine endlessly in one specific location. Since energy can be stored for consistent use, this reliability is especially important for businesses and industrial properties. Many of these types of properties rely on a steady stream of electricity to keep running, and solar can provide that reliable source of power. In fact, many businesses are turning to solar to reduce instances of unreliability. The grid has been struggling to keep up with the increasing demand, which has led to frequent outages. By going solar, businesses can avoid these outages and ensure that they have a continuous supply of electricity. The Goals of Commercial Buildings Using Solar There are multiple goals that commercial buildings often have when converting to solar energy. These buildings can save significant amounts of money and streamline building operations with solar powering air conditioning, heating, and lighting. Additionally, many businesses want to shift away from on-grid electricity options. The three main uses of solar panels are: Passive solar usage for heating and cooling Solar water heating Solar photovoltaics for electricity production The main goals that commercial buildings have are utility cost savings, solar energy battery storage, and reduced intermittency overall. These three factors often lead to a commercial building becoming more sustainable from solar energy. A solar battery system can help a business reach these goals in an affordable way. Additionally, the U.S. Department of Energy is attempting to accelerate developments and deployments of solar technology. This is to support a transition to a complete decarbonized electric system by at least 2035. Custom Energy Storage Energy storage options can have multiple benefits and can offer power through different avenues. This means that there are different energy storage options that commercial properties can use. A storage solution with a Lithium-Ion Phosphate battery system is one of these options. Overall, a storage system gives off a supply of energy anytime the sun isn’t shining. This is a great way of storing solar energy that you may need, and have it distributed when you actually do need it. Storage systems usually fall into three main categories. Although the design of solar storage systems can be unique to what a business needs, the categories are pretty basic. A storage system will usually operate as a: Complete off-grid system Peak demand reduction Emergency backup Additionally, energy storage will usually fall within one of three categories: battery, mechanical, or thermal. There are also three main types of solar energy system types that you can expect to see. They will be on-grid, completely off-grid, or a hybrid version. The main goal of the storage system is to reduce demand and energy costs but they all do so in different ways. Additionally, for commercial energy storage, you will often have net metering. This means that you can send any excess energy back to the grid for credit on your electric bill. This is a great benefit if you are only adding a solar system to power certain things and not the operations of an entire building and still want a way to offset additional costs.

Did you know that the U.S. solar industry increased by 43% from 2019 to 2020? In the next eight years, it is expected that solar usage will quadruple.  Residential and commercial solar usage has made it even more vital to consider energy storage companies for your business. Storing solar energy can help you save money and let you gain access to solar power when it is cloudy, nighttime, or during power outages.  Are you still interested? We have put together a complete guide on solar energy benefits and six ways the commercial energy storage industry is changing. Keep reading for more information!  Types of Energy When talking about powering your company, you have to consider what type of energy will sustain your business, cut down costs, and reduce your carbon footprint. There are four main types of energy, not including other forms that are rarely used regularly, such as wood. Some of the main ones you’ll find in everyday businesses are: Electricity Natural gas Propane Solar Electricity remains one of the most widely used forms of energy, with over 40% of residential homes using it. Renewable energy accounted for 7% of residential areas but increased for residential and commercial use.  Benefits of Solar Energy Solar energy and energy storage can benefit your business by offering a sustainable energy form to reduce your costs. Other benefits of transitioning to solar for commercial use are: Investment returns Low-maintenance Reliable Environmentally friendly Switching to solar reduces carbon emissions, and it is much cheaper than you might expect. Compared to years prior, solar has come down in price, and there are more investment returns and incentives locally and nationally if you switch. The upfront costs also outweigh the need for maintenance.  Once installed, you shouldn’t have to manage your solar panels, and you can monitor performance with new and improved AI technology. Energy Storage Companies Energy storage companies work directly with businesses by providing commercial energy storage. Recent trends have opened opportunities for installing solar and using batteries when it is dark outside or when the power goes out. Additionally, over 25 to 35 years, solar energy produces no emissions and can sustain businesses while steering you away from harmful fossil fuels.  1. Rooftop Solar Panels You have likely seen rooftop solar panels if you have driven through residential regions. This is the first line of energy storage but is mainly designed for day-to-day use. You can calculate energy storage from rooftop solar panels by multiplying your solar panel wattage by the average number of sunlight hours per day.  The final calculation will give you the daily watts per hour. There are a few other factors that affect solar energy, such as: Number of solar panels Location  Time of year Make sure you install your solar panels in a sunny area. Also, remember that cloudy days will produce 10% to 25% of your average solar output.  2. Carport Solar Panels If you have a commercial or industrial facility with carports, you already have a prime location for energy solutions. Companies can install solar panels directly on carports. As you generate enough energy for your company or business, you can sell your grid for community use and start making money. Additionally, solar panels can help reduce your demand charge since you’ll require less electricity.  3. Ground-Mounted Solar Panels Ground-mounted solar panels are another option for clean energy storage. If you have undeveloped or vacant land, this option might work best. Ensure that you have plenty of space and it is free from shade.  You can also use this space for solar energy storage batteries. 4. Solar Energy Storage Batteries Arguably, one of the best commercial energy storage solutions is batteries. Battery energy storage companies can build units that house solar batteries at your commercial or industrial business. What are the benefits of using renewable energy battery storage companies? Decrease demand charge Federal and state incentives Sell power Emergencies Leading energy storage companies can build resilient and durable storage units that let you access solar power when there are power outages. There are also federal incentives for installing solar panels, and some states offer additional financial reimbursements.  5. Peak Shaving Peak shaving is typically used with electricity usage and batteries. It includes charging batteries when electricity prices are lowest and discharging at the highest. However, the same concept can easily apply to energy storage companies such as 174 Power Global.  First, charge any on-site batteries through your solar panels. Next, you can look at your energy management system and determine if it’s cheaper to pull energy from solar panels or batteries. This can save you money from drawing from the grid since you will have two options you can pick from.  6. Thermal Storage One of the main challenges with solar energy storage is how do you access it on cloudy days or at night? Concentrating solar power (CSP) systems use the concept of solar by reflecting sun rays onto a receiver which creates heat and leads to electricity. The result is a combination of solar and thermal storage that can generate long-term use. Currently, three systems have started being implemented in industrial and commercial use. 

The recently proposed “Net Metering version 2.0” (NEM v2.0) decision released by the California Public Utilities Commission (CPUC) has been widely described as a major win for the solar sector. Media coverage suggests that regulators largely dismissed the utility companies’ proposals and instead aligned more closely with renewable energy advocates. From the perspective of someone closely monitoring these developments—and comparing similar policy discussions in regions like Ontario, Canada—I would agree that the solar industry achieved a favourable outcome given the range of possible scenarios. However, there appears to be some misunderstanding around the concept of maintaining “full retail credit” net metering. In practice, the CPUC’s decision effectively brings an end to full retail credit net metering as it has traditionally operated. Under the previous structure, electricity exported back to the grid was credited at the same retail rate consumers paid for electricity. The updated framework changes this. Specifically, non-bypassable charges (NBCs) can no longer be offset by solar production and must instead be paid based on total electricity consumption. Under earlier NEM rules, a homeowner generating as much electricity as they used annually could avoid these charges entirely over a 12-month cycle. Now, with NEM v2.0, exported solar energy is effectively reduced in value by the amount of these charges—essentially applying a discount to exported electricity. What are Non-bypassable charges? Non-bypassable charges are usage-based fees that help fund essential public and infrastructure programs. These may include support for low-income households, energy efficiency initiatives, and decommissioning costs for retired nuclear facilities. The CPUC defines these charges to include transmission fees, Public Purpose Program charges, Nuclear Decommissioning charges, Competition Transition charges, New System Generation charges, and Department of Water Resources bond charges. In California, these typically total between $0.02 and $0.05 per kWh. By comparison, in provinces like British Columbia or Ontario in Canada, similar regulatory charges are embedded within electricity pricing, although structured differently depending on the utility. What effect will this have on solar project economics? The impact varies significantly depending on several factors. These include: (1) how much electricity a solar user exports back to the grid, (2) the size of the solar installation relative to annual consumption, (3) the user’s load profile—meaning when electricity is used throughout the day—and (4) system design characteristics such as panel orientation and tilt. Additionally, (5) the total value of NBCs within a given rate plan plays a key role. Because each household or business has unique consumption patterns, it is difficult to generalize the financial impact. To illustrate, I modelled several scenarios using a typical residential consumption profile similar to those seen in suburban areas like Vancouver or Toronto, with an annual usage of approximately 12,000 kWh. Six solar system sizes were analysed, ranging from covering 33% to 100% of annual demand. The table below outlines estimated export levels and corresponding reductions in cost savings. *solar production assumptions: PV Watts v5, San Diego TMY2 weather station, 180 south, 10 tilt, no shading   This example provides a general indication of export behaviour across different system sizes. For instance, with a system designed to offset 75% of annual consumption, roughly half of the generated electricity may still be exported. This could result in an estimated reduction of around $220 CAD per year (approximately $18 CAD per month), assuming an NBC equivalent of about $0.04/kWh. The proportion of exported energy will vary depending on individual usage habits and system configuration. For example, a solar array facing west may produce less excess energy during peak export periods. Similarly, commercial properties—such as offices in downtown Calgary—often consume more electricity during daytime hours, resulting in lower export levels compared to residential users who typically peak in the evening.   What’s the bottom line? Overall, the CPUC’s NEM v2.0 decision represents a strong outcome for California’s solar market, especially when compared to more restrictive proposals that could have significantly reduced solar adoption. However, the removal of the ability to offset non-bypassable charges effectively changes how exported solar energy is valued. Whether described as “removing NBC netting” or “reducing export credits,” the result is the same: electricity sent to the grid is worth less than electricity consumed from it. For accurate financial projections under the updated NEM structure, it is essential to determine how much electricity will be exported. This can be done by: (1) analysing detailed interval consumption data (such as Green Button data files, similar to those used in North America including Canada), or (2) estimating export levels using standardised consumption profiles. Simply knowing total annual energy usage is no longer sufficient. Solar consultants and system designers will increasingly rely on advanced modelling tools to provide accurate projections. Clear communication with customers—especially in markets like Canada where solar adoption is growing—will be essential. As regulatory charges increase, understanding export value becomes even more critical when evaluating long-term solar investment returns.