BENEFITS OF ESS (ENERGY STORAGE SYSTEMS) SETS OVER DG (DIESEL GENERATOR)
Diesel generators can be found everywhere, whether in shopping malls, residential communities, or office buildings, particularly in developing and emerging countries such as India. However, the practise of obtaining power from diesel generators in the event of a power outage is rapidly becoming obsolete. This is because these DG sets not only pollute our environment but also emit an obnoxious sound that frequently prevents us from getting a good night’s sleep.
But the ESS (Energy Storage Solutions) stores energy in the form of a lithium battery. It can be installed with or without solar power and aids in the silent operation of the electronic generator. This ESS has a capacity range of 10KVA to 500KVA, looks great in any complex, and provides dependable backup during a power outage.
ESS provides instant backup power
One of the primary advantages of ESS is that, unlike DG sets, it does not break in the event of a power outage. There are no jerks or breaks in this technology because it starts immediately. In contrast to DG systems, which require approximately a minute to resume power through the generator, ESS is automatic and seamless.
ESS has a low operating cost
Running a diesel generator is three times or more expensive than using the power company’s power, making ESS a unique and less expensive solution than running a diesel generator.
ESS has a longer life expectancy
The ESS has a 50-year shelf life versus the diesel generator’s 10-year lifespan. Even their battery can last between 7 and 10 years, resulting in significant operational cost savings.
ESS is simpler and less expensive to maintain
Diesel generators have moving parts and rely on a battery to start automatically, so they must be serviced every 300 hours or less in some cases. Because a DG set has moving parts, we also require an attendant to fill it with diesel. The ESS, on the other hand, does not require an attendant because it has no moving parts.
Solar energy can be used to power ESS
If we include a solar feature that allows the batteries to be charged using solar energy, the system’s cost can be recovered in 2 to 3 years. The cost of living continues to rise, as does the cost of living in the United States.
There is no substitute for such low electricity costs because the solar-powered ESS can be built anywhere solar panels can be installed and solar energy can be effectively used. Even with grid power, this system will be able to run on solar and battery power if it is available because the cost of power per unit will be much lower than the cost of grid power.Even when power is available on the grid, this will save money on electricity.
How cost-effective is the ESS compared to the Generator?
Although the initial investment in machinery for both ESS and Generator is nearly identical, there is a significant difference in operating costs, maintenance costs, and effort.
Running Costs: The ESS is powered by batteries, while the generator is powered by diesel. When used for the same number of hours per day for a year, the cost of running the generator is nearly six times that of the UPS!
Maintenance Cost: Compared to generators, which require maintenance every 300 running hours by trained technicians, the ESS running on lithium batteries requires almost no maintenance.
Manual Labor: Having trained technicians perform regular maintenance every 500 hours raises the cost of running a generator even more.
Given all of these advantages over DG sets, it is safe to say that ESS is the future of power backup.
You can also refer www.invertekenergy.com for more information
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