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Solis Brand 50 kWatt, Three Phase High Voltage Hybrid Energy Storage Inverter with 5 years warranty
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| M.R.P.: | ₹ 963,670 |
| Price: | ₹ 556,520 |
| You Save: | ₹ 407,150 (42%) |
| Inclusive of all taxes |
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Specifications:
- Capacity : 50 kwatt
- Phase : Three Phase
- Type of Inverter : Hybrid Solar Inverter
- Number of MPPT: 4 no.
- Warranty : 5 years
- Max. PV Input Power(kW) : 96 kwatt (Max. usable PV input power)
- Max. PV Input Voltage(V): 1000 V
- MPPT voltage range(V) : 150-850 V
- Rated PV Input voltage(V) : 600
- Max. Input Short Circuit Current (A): 4 x 60 A
- Max. Operating PV Input Current(A) : 4 x 40 A
- Model Number: S6-EH3P50K-H
- Max. Efficiency: 97.8%
- Battery Type: Li-ion
- Battery Voltage Range(V): 150-800
- Max. Charge/Discharge Current(A): 70A x 2
- Communication Interface : CAN, RS485, Ethernet, Optional S3-WiFi-ST/Cellular/LAN
- Weight [kg] : 73 kg
- Cabinet Size (WxHxD mm) : 530mm×880mm×290mm (Excluding connectors and brackets)
- Delivery charges Included
Questions And Answers
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Product Description
The Solis S6-EH3P50K-H is a 50kW three-phase high-voltage hybrid energy storage inverter with four MPPT trackers, 97.8% maximum efficiency, and a 5-year warranty. It accepts up to 96kW of usable PV input, runs a high-voltage lithium battery bank at 150-800V, and handles 70A × 2 charge/discharge.
96kW of PV input on a 50kW inverter nearly double the nameplate. This is the most striking specification on the sheet. A 2:1 DC-to-AC ratio at commercial scale means you can build an array almost twice the inverter's rating: panels rarely produce their rated output in real conditions, so a 96kW array on this 50kW unit generates through far more of the day and captures substantially more in early morning, late afternoon, and under cloud. For a commercial or industrial site with large roof area, this changes the equipment maths one inverter handling a 96kW array instead of two units, with the cabling, protection, and installation cost that a second inverter brings.
High voltage battery architecture why it is essential at this scale. Smaller hybrids run 40-60V battery banks, which works up to about 15kW. Above that, low-voltage systems hit a physical wall: pushing 50kW through a 48V bank means enormous current, very heavy cabling, and real resistive losses. This unit runs a high-voltage bank at 150-800V, so the same power moves at a fraction of the current thinner cabling, lower losses, faster charging, and a system that stays efficient at industrial scale. For commercial energy storage, HV is not a premium option; it is the only architecture that works properly.
What a hybrid does that a grid-tied inverter cannot. An on-grid inverter exports your surplus and then goes dead the moment the grid fails. This hybrid routes power three ways to your load, to your battery bank, and to the grid so when supply drops, your site keeps running. At 50kW, serving a factory, a hospital, a hotel, a data facility, or a large commercial building, that continuity is the whole justification: production or service that stops during an outage costs far more than the storage does.
Four MPPT trackers. Each handles 40A operating current (60A short-circuit) across a 150-850V range sized for a large industrial array spanning multiple orientations and shading conditions, so each section generates at its own maximum instead of being averaged down to the weakest string. On a 96kW array spread across a large roof, that tracker count is a direct lever on delivered yield.
Lithium only. At high voltage and commercial capacity, lithium's cycle life, charge rate, and battery management are what the architecture requires lead-acid does not work in this configuration. Budget accordingly: it is the higher upfront cost but the only sensible chemistry at this scale, and it lasts far longer under the daily cycling a commercial storage system sees.
Monitoring and installation. CAN, RS485, and Ethernet with optional Wi-Fi, cellular, or LAN full remote monitoring for a commercial asset. At 73kg in a 530 × 880 × 290mm cabinet, mounting must be planned and properly rated as part of the installation design.
Sizing the system. A 50kW inverter suits an array up to 96kW. The battery bank is the larger decision and the larger cost undersized it dies mid-outage, oversized it is capital sitting idle. Tell our team which circuits must stay live, at what load, and for how long, and we will size the bank against your actual requirement.
SolarClue is India's managed solar marketplace. For a commercial storage system this size, we handle the design as a project rather than a product sale our team confirms the inverter matches your array, your three-phase supply, your battery requirement and your DISCOM's rules, then coordinates specification, supply and installation through verified EPC partners. You work with token-payment protection rather than full advance, and we handle Solis warranty support through the asset life. Talk to our team for a specification review, current pricing, and installation timeline.
The Significance of Solar Products’ across India
Solar products’ impact is
increasing rapidly even in India due to one of the most important reasons, as solar products are generally used, and
operated by sunlight. Solar energy has become a more viable option for
consumers who are using solar-based products for their homes and business. The
most useful aspect of using solar products is providing access to this free
source of solar power, which is considered as green, pollution-free, and
reliable. The additional leading factor of obtaining solar assortment is an
advanced technology and affordable pricing in terms of electricity saving.
Now the question arises on how solar
energy or solar power works? Let’s understand the answer to this question. The
sun is considered as the most well distributed natural source of energy, hence solar
energy harnesses this plentiful source,
and in this way, solar products can collect energy to get operated. Solar energy-based applications are fast catching-up because energy conservation is
the need of the hour.
A Synopsis on Solar Energy or Solar
Power
Solar energy generally works by converting sun rays or sunlight from
the sun into electricity. For the purpose of using solar products, one of the
most effective ways is to convert solar energy or solar power into electrical
energy and this process is done by using a solar panel which works on the
principle of photovoltaic cells (PV cells). And the Photovoltaic / solar PV energy
creates by using flat solar panels that can be fixed to a structure's roof or
arrayed across open spaces.
In addition to this, one
important part for solar equipment is FPC technology (Flat Plate Collector),
which captures solar energy to deliver the necessary quantity of hot water at
the required temperature. This FPC technique is capable of using solar
energy to heat water in the home for bathing, washing and can even be used to
heat outdoor swimming pools and hot tubs. There are still many ways to profit
from solar power, both when oil
prices are low, and when the price of fossil fuels is high. Renewable energy
sources/solar power are normally more in demand because of its affordable
cost/price.
As most of the population become
familiar to modern-day lifestyle, hence it is difficult to even to imagine a
day without power. With the higher demand for electric power, power failure has
become a commonplace. Thus, one must look for alternative power sources, and it
is natural to seek the greenest energy source, namely solar energy.
Categories of Solar-Energy Based Products
Solar-energy based products are
not only reliable and long-lasting equipment but also very efficient ones. The source
of renewable energy is clean and cost-effective and therefore it has revolved
its focus on solar power. Solar energy usually generates by installing solar
panels on the terrace of the building to use sunlight for producing
electricity.
There are varied categories of
solar products that include:
· Solar Lights
· Solar Lanterns
· Solar Street Lights
· Solar Power Systems
· Solar Inverters (Hybrid, On-grid or Grid-tie,
Off-grid)
· On-grid Solar Systems
· Off-grid Solar Systems
· Solar Panels for Homes
· Solar Panels (Monocrystalline solar panel, Polycrystalline
solar panel, Portable solar panel)
· Solar Water Heaters or Solar Water Heating
Systems or Solar Geysers (ETC, FPC)
The Top Solar Equipment Suppliers
and Dealers in Bangalore
SolarClue is a top-class B2B and
B2C online marketplace indulged in offering a broad range of solar products
such as Solar Components, Solar Lights, Solar Inverters, Solar
Appliances, Solar Power Systems, Solar Panels, and Solar Batteries. These
devices are very affordable at this platform that anyone can purchase it.
Are you looking for a solar water
heater in Bangalore? Are you searching for a solar energy equipment supplier?
Do you want to know about solar street light manufacturers for buying the best
one? If these are the cases, you should visit solarclue.com to find the best
solutions. This platform is well-sufficient to help you in getting the best
solar water heater brands in Bangalore, including several other products’
companies.
This online platform is a market
place of leading Manufacturers, Suppliers, Dealers, and Distributors in
Bangalore as well as across the country that helps SolarClue to meet the varied
demand as per the requirements of clients. Users can buy a varied range of
solar energy-based products online through Solarclue.com and at industry-leading
prices.
We at Solarclue.com are working with the immense support of experienced professionals who give their best towards the organization in delivering the orders on time, installing the devices at clients’ locations without any delay, and maintaining the same as per the necessities of valued clients.
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