Exploring the Best Lithium Battery Systems for Petrol Pumps
Most of you may have seen that diesel generators are always used at petrol pumps. Because with a diesel generator, you can get electricity anytime by just adding diesel and running it. But along with the benefits of a diesel generator, there are also many disadvantages.
To operate a diesel generator, you need diesel, and you also need to service it from time to time. That’s why the cost of using diesel increases significantly. Besides, a diesel generator also emits noise pollution and air pollution, which are harmful to the environment.
Disadvantages of a diesel generator
As mentioned above, using a diesel generator incurs a significant cost, and it also emits a considerable amount of pollution. But besides this, another significant disadvantage of using a diesel generator is that it takes 3 to 5 minutes for a changeover time.
The disadvantages of a diesel generator include:
High Operating Costs: Diesel fuel is pricey, and using a generator that runs on diesel can result in high operating costs, especially when the power goes out for a long time.
Regular Maintenance: To make sure they work right, diesel engines need to be serviced regularly. This includes routine maintenance like changing the oil and filters and general repairs that can take a lot of time and cost a lot of money.
Noisy Generators: Diesel generators make a lot of noise and can be a big problem in home areas. This might be a bother for people who live close.
Damage to the environment: Diesel engines release harmful chemicals into the air, which adds to air pollution. They pollute the air with carbon dioxide (CO2), nitrogen oxides (NOx), particulate matter, and other chemicals that are bad for people and the environment.
Short Lifespan: Diesel engines only last for a certain amount of time, usually 10 to 20 years. After this time, they might need major fixes or replacement, which will raise the total cost.
Size and Space: Diesel engines are big and need a lot of room, especially the bigger ones. This could be a problem in places where room is tight or expensive.
Dependence on Fuel Supply: Diesel engines need diesel fuel all the time. Getting a steady supply of fuel during situations or natural disasters can be hard, which can make the generator less useful.
Emission Rules: In many places, there are strict rules about how diesel engines can release pollutants. Following these rules could need extra tools or changes, which would raise the cost and difficulty.
Safety Concerns: Some people worry about their safety because diesel fuel can catch fire, which can happen when the generator is used in small areas or without enough air flow.
Carbon Footprint: Diesel engines add to the carbon footprint because they release greenhouse gases into the air, which makes climate change worries even worse.
Long Time to Start Up: When fuel is being filled in a vehicle at the petrol pump and the power goes off, it takes 3 to 5 minutes to start the machine on the generator again. Due to this, the petrol pump owner incurs significant losses. To avoid all these problems, Su-vastika company’s ESS has been installed at the petrol pump.
It’s important to think about these problems when picking a way to make electricity and look into other choices, like using renewable energy sources or high-tech battery storage systems, based on your needs and the needs of the environment.
This ESS Will Handle entire load of Petrol Pump
These inverters will operate the entire load of the petrol pump using inverter batteries. They appear to be like regular inverters, but there are many benefits to installing this system. In Su-vastika company’s energy storage system, you will find lithium batteries. And the advantages of lithium batteries are much more than lead-acid batteries.
As you can see in the photo, these inverter batteries are quite small in size. If a diesel generator with such capacity were installed, it would require a lot of space, and if a regular lead-acid battery setup were installed, you would need a large room for it.
Su-vastika ESS Specifications
A 30 KVA inverter is used in this allergy storage system, which can handle a load of up to approximately 23 kW at a time. Along with this inverter, an 18 kW lithium battery is used. If about 10 kW are used at a time,
This battery bank provides backup for approximately 2 hours. If the load is around 18 kilowatts, this battery bank provides backup for about 1 hour. In Su-vastika, you can get an energy storage system of any size according to your needs.
Su-vastika ESS Warranty
Speaking of the warranty, you get different warranties on all Su-vastika products. You get a warranty of almost 3 years on their energy storage systems, but in this system, lithium batteries are used, which have a lifespan of nearly 10 years.
Su-vastika ESS Price
Speaking of the price, the energy storage system comes at different prices. The larger the capacity of the energy storage system you buy, the higher the price, and the smaller the energy storage system you buy, the cheaper it becomes. To know the price of their energy storage systems, you can call the contact number provided below.
Contact: +91 9711 774744
Benefits of Su-vastika Energy Storage System
There are many benefits to installing this storage system because it comes with a smart inverter, which has its own advantages, and it also comes with lithium batteries, which have their own benefits. So first, let’s talk about the advantages of this smart inverter.
1. Remote Monitoring: You can connect this inverter to your phone via Bluetooth or Wi-Fi and monitor this inverter remotely. You can also check its warranty in the app. Additionally, all the parameters of the inverter are displayed in the app.
2. Digital Warranty: You get a digital warranty on this inverter, which means you can claim the warranty of your inverter without any paperwork. But the more significant advantage is that if your system remains off for 10 days, your system’s warranty will be extended by 10 days. The warranty will be counted for as many days as your system operates. And you can also see this warranty on their app, indicating how much warranty is left on your system.
3. Fast Switching: IGBT is used in these inverters, which switch very fast and lose very little power, making the inverter highly efficient.
4. Rugged Construction: IGBT is used in the inverter, which is very powerful and can work for a long time even in harsh environments. That’s why it is also used to operate industrial equipment.
5. Protection: All Su-vastika inverters provide all types of protection, whether it is overload protection or short circuit protection. Therefore, you can consider their inverters completely safe.
Benefits of Su-vastika Lithium Battery
There are many benefits to installing a lithium battery in itself. But in Su-vastika company, you get a lithium battery at almost the same price as a lead-acid battery, making it a cheaper lithium battery.
1. Lifespan: The life of a lead-acid battery is about 3 to 5 years. Whereas the life of their lithium battery is around 10 years, so you can use this battery without maintenance for 10 years.
2. Charge Cycle: In a lead-acid battery, you get around 400 to 500 charging cycles, while in their lithium battery, you get more than 4000 charging cycles.
3. Weight: In terms of weight, their lithium battery is about five times lighter than a lead-acid battery.
4. Size: Speaking of size, compared to a lead-acid battery, you get the same power in a lithium battery in almost four times smaller size. If you install four lead-acid batteries, one lithium battery can provide the same power.
5. Charging Time: If you charge a lead-acid battery based on its rating, it takes about 10 to 15 hours to fully charge. On the other hand, a lithium battery gets fully charged in about 4 to 5 hours.
6. Heavy Load: If you operate more load than its rating on a lead-acid battery, its life decreases. In contrast, you can operate quite heavy loads on a lithium battery. That’s why a lithium battery is the best for places like schools, offices, hospitals, petrol pumps, etc.
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