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TL;DR: Integrated lithium inverter systems in India run roughly ā¹28,000 to ā¹40,000 in the 1000VA to 1100VA class with a 1.28kWh LiFePO4 pack, ā¹60,000 to ā¹90,000 in the 1300VA to 2500VA class, and ā¹1.2 lakh to ā¹2 lakh at 3000VA to 5200VA, which works out to about ā¹22,000 to ā¹32,000 per nameplate kWh at the whole-system level. All batteries under HSN 8507 carry a uniform 18% GST from 22 September 2025, and inverters carry 18% under HSN 8504, so both are already inside a legitimate quoted price. A conventional inverter with a tubular battery costs far less upfront at ā¹18,000 to ā¹25,000 for a 900VA setup, but on rated inputs lithium already matches or beats it on cost per usable kWh over full life, at roughly ā¹10.60 per kWh against ā¹12.00. All prices below are a snapshot observed between May and July 2026 and move with seller, city and offer period.
Lithium Inverter Price in India: The Bands at a Glance
Price scales with two things at once: the inverter’s VA rating, which sets how much load it can carry, and the battery’s Wh, which sets how long it carries it. Quoting one without the other is how price comparisons go wrong.
| Capacity band | Typical battery | Observed price range | Per nameplate kWh |
|---|---|---|---|
| Up to 1000VA | 0.9 to 1.28 kWh | ā¹28,000 to ā¹35,000 | ā¹25,000 to ā¹31,000 |
| 1000VA to 2000VA | 1.28 kWh | ā¹28,999 to ā¹40,000 | ā¹22,700 to ā¹31,200 |
| 2000VA to 3000VA | 2.4 to 2.56 kWh | ā¹60,000 to ā¹90,000 | ā¹27,000 to ā¹29,200 |
| 3000VA to 5200VA | 4.48 to 5.12 kWh | ā¹1.22 lakh to ā¹1.47 lakh | ā¹27,400 to ā¹28,600 |
The reference points behind those bands, with observation dates:
Brand A, 1100VA with a 1,280Wh inbuilt pack, listed at ā¹39,999 against an MRP of ā¹69,990 on the brand’s own e-shop, observed 25 July 2026. That is ā¹31.20 per nameplate Wh, inclusive of all taxes, with free installation by the brand’s service team.
Brand B, 1100VA and 925W with a 1,280Wh LiFePO4 pack and WiFi monitoring, averaging ā¹28,999 against an MRP of ā¹64,990 on a major online marketplace per a price-tracking service, observed 22 May 2026. That is ā¹22.70 per Wh with a five-year onsite warranty.
Brand C, integrated units at 450W and 720W, listed from ā¹32,999 on the brand’s own site with a 60-month warranty, observed 25 July 2026.
Brand B, 5.2kVA and 4,160W with a 5,120Wh pack, listed at ā¹1,46,500 against an MRP of ā¹2,12,590, observed 25 July 2026. That is ā¹28.60 per Wh, or about ā¹28,600 per nameplate kWh, with a 36-month battery warranty.
Brand D, 5000VA and 4000W with roughly a 4.48kWh pack, quoted at ā¹1,22,800 by a dealer marketplace listing, observed 25 July 2026, which is about ā¹27,400 per nameplate kWh.
The per-kWh figure is the only number that makes different capacity bands comparable, and across the entire Indian market in July 2026 it sits in a surprisingly tight ā¹22,000 to ā¹32,000 corridor. Anything materially above that band is paying for brand, casing or electronics. Anything materially below it deserves questions about cell grade.
One sourcing caveat that matters. First-party brand e-shop prices are the more stable figures. Street listings on marketplaces and dealer platforms are third-party and move faster, so treat them as indicative rather than fixed.
What You Are Actually Paying For: The Seven Cost Drivers
Two units with identical nameplate figures can differ by tens of thousands of rupees, and the gap is never random. Seven variables move the number.
The cells themselves. Industry estimates put cells at 55% to 65% of total pack cost, with raw materials accounting for more than 70% of cell cost. Cell grade and origin are the single largest swing factor, which is why a named Grade A cell maker on the datasheet correlates with a higher price and a longer service life.
Battery Wh. This is the linear driver. Doubling capacity roughly doubles the cell bill, which is why per-kWh pricing compresses into a narrow band while absolute prices spread from ā¹29,000 to ā¹1.5 lakh.
Inverter VA rating. Higher VA means larger transformers, heavier heat management and higher-rated switching components. VA scales price independently of battery size, which is why a 5kVA unit with 5.12kWh costs more than a 2.8kVA unit with the same 5.12kWh would.
BMS sophistication. Imported BMS units and connectors add an estimated 12% to 18% of pack cost. A BMS with per-cell monitoring, low-temperature charge lockout and proper balancing costs real money, and a cheap pack has usually economised here first.
WiFi and app monitoring. Connected units carry a clear premium across every brand. Whether it earns its cost depends entirely on whether you will use it.
MPPT versus PWM charge control. On solar-capable units, MPPT extracts more from an array under varying light than PWM and costs more accordingly. This is a genuine performance difference, not a feature-list difference.
Casing and wall-mount design. Wall-mounted units built to sit inside a living room cost more than a utility-grade box. The premium units in every band sit at the top partly for this reason.
When a per-Wh number looks high, the premium is usually in the electronics and the enclosure, not the cells.
Lithium Versus Tubular: What the Cheaper Option Actually Costs
The honest comparison has to start by conceding the point. Conventional setups are far cheaper on day one.
A 900VA conventional inverter paired with a 150Ah tall tubular battery, roughly 1.8kWh nominal, was listed as a ā¹18,900 combo on 25 July 2026. The same inverter with a 220Ah tubular, roughly 2.64kWh nominal, was ā¹24,650. Standalone 150Ah tall tubular batteries start from ā¹12,499 on a leading manufacturer’s own pricing page, with the cross-brand band running ā¹11,000 to ā¹16,000. A 3500VA setup with two 150Ah to 220Ah tubular batteries runs ā¹35,000 to ā¹45,000.
Against that, a 1kVA-class lithium unit at ā¹29,000 to ā¹40,000 looks expensive for the same VA rating. Then run the number that matters.
Cost per usable kWh over full life equals system price divided by usable kWh per cycle multiplied by rated cycles.
Lithium, a 5.2kVA unit at ā¹1,46,500 with a 5.12kWh pack:
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Usable per cycle at 90% DoD: 4.61kWh
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Rated cycles: 3,000
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Lifetime throughput: 13,824kWh
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Cost per usable kWh, whole system including the inverter: ā¹10.60
Tubular, 150Ah 12V battery at about ā¹13,000:
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Usable per cycle at a practical 50% DoD: 0.90kWh
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Effective cycles in Indian home use: 1,200, against a 1,500-cycle spec at 80% DoD
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Lifetime throughput: 1,080kWh
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Cost per usable kWh, battery only: ā¹12.00, before adding the inverter and before the two or three battery replacements an 8 to 12 year horizon requires
Lithium wins the lifecycle comparison at two to three times the sticker price, because LFP delivers roughly double the cycles at nearly double the usable depth of discharge and is not replaced mid-life. Rated cycle inputs here are 3,000 to 3,500 at 80% DoD for consumer-grade LFP per published Indian brand specifications, against roughly 1,500 at 80% DoD for tubular per a published tubular specification referencing IS 1651:1991. The mechanics behind those cycle numbers are covered in full in the LiFePO4 versus tubular comparison.
Two variables decide which way the call goes for a specific household: how deeply the battery is cycled daily, and how long the household keeps the system. Shallow cycling below 30% DoD daily and a horizon under four years favour tubular. Deep daily cycling and an eight to twelve year horizon favour lithium decisively.
GST, Customs Duty and What Is Inside Your Quoted Price
Tax treatment changed materially in late 2025 and a lot of published price guidance has not caught up.
Following the 56th GST Council meeting, all batteries under HSN heading 8507 are uniformly taxed at 18% GST with effect from 22 September 2025. Per the Government of India’s Press Information Bureau FAQ on the Council’s decisions, lithium-ion batteries previously attracted 18% while other batteries attracted 28%, so this change cut lead-acid, sodium and flow batteries down to the lithium rate rather than changing lithium’s treatment. Inverters and UPS units are static converters under HSN 8504, with home inverters at 85044010, also at 18%.
Renewable energy devices and parts were cut from 12% to 5% on the same date, but that reduction does not extend to standalone home inverters or standalone inverter batteries, which remain at 18%. A solar inverter supplied inside a bundled solar power generating system or a renewable EPC contract can attract a lower blended rate, which is a different transaction from buying a home backup unit.
On imports, finished lithium-ion batteries attract Basic Customs Duty of roughly 10% to 20%, IGST of about 18% calculated on value plus BCD, and Social Welfare Surcharge at 10% of BCD, with anti-dumping duty possible on specific origins. The Union Budget 2026-27, presented 2 February 2026, removed BCD on lithium oxide, hydroxide and carbonate, previously 7.5%, and on listed cell-manufacturing capital goods, with CBIC issuing further exemptions on 8 July 2026 running to 31 March 2029. Those exemptions target domestic manufacturing inputs, not finished consumer inverters, so they will show up in Indian-made pack prices over time rather than in imported unit prices today.
One misconception worth clearing. ALMM does not apply to home inverter lithium batteries. MNRE’s Approved List of Models and Manufacturers covers solar PV modules under List-I and cells under List-II, with the cell list mandatory from 1 June 2026, and it governs government-backed solar projects. No ALMM or local-content mandate covers standalone residential inverter batteries, so it does not affect what a home lithium inverter lands at unless you are buying inside a subsidised rooftop solar scheme.
Installation, Delivery and Service: The Line Items Below the Price
These are small numbers that quietly separate two otherwise identical quotes.
A leading Indian brand charges ā¹400 to ā¹500 for installation on inverter and battery orders delivered through aligned partners, with delivery in five to seven days at select locations, while its integrated lithium lines include free installation by its own service team. Third-party installation packages run ā¹499 to ā¹2,000 depending on city and scope, a local electrician charges ā¹250 to ā¹500 for a straightforward install, and onsite service calls typically run ā¹149 to ā¹649 plus parts.
TruePower lists free shipping, free installation and onsite service on its Lithvon products, with terms set out on the shipping policy page and coverage on the warranty policy page. On a ā¹29,000 unit, a bundled installation and onsite service commitment is worth 2% to 7% of the purchase price, which is the difference between two brands’ quoted numbers in a lot of comparisons.
Where Lithium Inverter Prices Go Next
Cell costs are the floor under every retail price in this category, and they have been falling for fifteen years.
BloombergNEF’s annual Lithium-Ion Battery Price Survey, published 9 December 2025, put the volume-weighted average pack price at a record low $108 per kWh across all chemistries and applications, down 8% year on year and 93% below 2010. Split by chemistry, LFP packs averaged $81 per kWh against $128 for NMC, which is the direct reason LFP dominates Indian home storage.
The three-year trend runs $139 per kWh in 2023, $115 in 2024 and $108 in 2025, with BNEF forecasting roughly $105 for 2026. The deceleration is real: the 2024 to 2025 fall of 8% was well below the 20% drop the year before, because rising metal prices were absorbed through LFP adoption rather than passed through. The lowest observed figures in the same survey were $36 per kWh for LFP cells and $50 per kWh for LFP packs, with stationary storage packs averaging $70 per kWh after a 45% year-on-year fall that made stationary the cheapest segment for the first time.
India lands tier-1 Chinese LFP cells at an estimated $65 to $80 per kWh CIF for 300Ah-plus formats, roughly ā¹5,500 to ā¹6,900 per kWh before BCD, though that estimate is volatile by 15% to 20% every six months and comes from industry analysis rather than a primary trade source.
The practical read for a buyer deciding whether to wait. If cell prices fall another 10% to 15%, expect 1kVA integrated lithium units to slip toward ā¹25,000, but that is a 2027 expectation rather than a 2026 one. Sodium-ion is projected 30% to 40% below LFP longer term, and is near parity rather than below it today, so it is not a reason to defer a purchase this year.
TruePower Lithvon and KIVO Pricing as Listed
The following are the prices published on truepower.in as observed on 25 July 2026, covering the products currently showing as available.
| Product | Rating | Battery | Listed price | Warranty |
|---|---|---|---|---|
| Lithvon Home ESS | 1000VA, 1250VA | 1,280Wh LiFePO4 | ā¹28,990 to ā¹30,990 | 5 years, inverter and battery |
| Lithvon Pro Home ESS | 2000VA, 2500VA, 3000VA | 100Ah LiFePO4 | ā¹27,000 to ā¹72,000 | 3 years inverter, 5 years battery |
| KIVO Hybrid Solar Inverter | 3.6kW to 12kW, MPPT | External, lithium compatible | ā¹73,000 to ā¹2,87,000 | Per warranty policy |
Run the per-Wh math on the one unit where both numbers are published. The Lithvon Home ESS at ā¹28,990 for 1,280Wh is ā¹22.65 per nameplate Wh, rising to ā¹24.21 per Wh at the ā¹30,990 end. That places it at the bottom of the ā¹22,000 to ā¹32,000 per nameplate kWh corridor the Indian market as a whole occupies in July 2026, level with the lowest comparable unit observed at ā¹22.70 per Wh and well below the ā¹31.20 per Wh at the top of the same band, on comparable 1,280Wh nameplate capacity. Free shipping, free installation and onsite service are listed on top of that price rather than added to it.
The wider Lithvon lithium inverter range spans 700VA to 5kVA across 12V, 24V and 48V systems, and datasheets sit on the resources page. Prices and availability change, so verify on the product page before ordering.
How to Compare Two Lithium Inverter Quotes Without Getting Misled
Six checks, in order, will resolve almost any confusing price comparison in this category.
Convert both to price per nameplate Wh. Divide the selling price by the battery’s Wh. If a quote gives Ah without a pack voltage, ask for the Wh figure, because amp-hours across different system voltages are not comparable. A 100Ah pack at 12V and a 100Ah pack at 48V differ by a factor of four.
Compare selling prices, never MRP. Lithium inverter units are routinely discounted 30% to 55% off MRP, so an MRP comparison tells you about the marketing department rather than the product. Compare selling prices on the same day, from the same type of seller, or do not compare at all.
Confirm 18% GST is inside the quoted number. Both the battery under HSN 8507 and the inverter under HSN 8504 carry 18% from 22 September 2025. A quote that adds it later is 18% more expensive than it looked.
Ask for usable kWh alongside nameplate. Per-Wh pricing uses nameplate because usable figures often go unpublished, but backup time depends on usable capacity. Two units at the same price per nameplate Wh can differ by 10% or more in delivered energy.
Price installation and delivery separately. Free installation is worth ā¹400 to ā¹2,000 depending on who does it, and onsite service calls run ā¹149 to ā¹649 plus parts once the warranty lapses.
Read the warranty split. Some products warrant the inverter and battery for the same period and some split them. Check the years, the retention endpoint on the battery, and what voids it.
Frequently asked questions
- How much does a lithium inverter cost in India?
- In July 2026, an integrated lithium inverter with an inbuilt LiFePO4 battery runs roughly ā¹28,000 to ā¹40,000 in the 1000VA to 1100VA class with a 1.28kWh pack, ā¹60,000 to ā¹90,000 in the 2000VA to 2800VA class with 2.4kWh to 2.56kWh, and ā¹1.22 lakh to ā¹1.47 lakh at 5kVA with roughly 4.5kWh to 5.12kWh. Normalised, that is about ā¹22,000 to ā¹32,000 per nameplate kWh at the whole-system level, covering both the inverter and the battery. Observed reference points include a 1100VA unit with a 1,280Wh pack averaging ā¹28,999, a competing 1100VA unit at the same nameplate specification listing at ā¹39,999, and a 5.2kVA unit with 5,120Wh at ā¹1,46,500. All are snapshots from May to July 2026 and move with the seller and offer period.
- What is the price of a 1kVA lithium inverter for home?
- The 1000VA to 1100VA class with a 1,280Wh LiFePO4 pack is the volume segment, and it runs approximately ā¹28,000 to ā¹40,000. Observed listings in that band include ā¹28,999 at ā¹22.70 per Wh on a major marketplace, ā¹39,999 at ā¹31.20 per Wh with free installation on a brand e-shop, and integrated units from ā¹32,999. TruePower’s Lithvon Home ESS lists at ā¹28,990 to ā¹30,990 for 1000VA and 1250VA, which is ā¹22.65 to ā¹24.21 per Wh. The spread within the band reflects brand, warranty structure, whether installation is included and whether the unit has WiFi or app monitoring, not a difference in stored energy.
- Why is a lithium inverter two to three times the price of a normal inverter with a tubular battery?
- Because cells are 55% to 65% of pack cost and LFP cells cost considerably more per kWh than lead. A 900VA inverter with a 150Ah tubular battery was listed as a ā¹18,900 combo in July 2026, against ā¹28,999 upward for a 1100VA lithium unit. What the premium buys is roughly double the rated cycles, nearly double the usable depth of discharge, no water topping, one to two hour recharge and a wall-mountable footprint. Over an eight to twelve year horizon, cost per usable kWh works out to about ā¹10.60 for a lithium system against about ā¹12.00 for the tubular battery alone before its replacements, so the lifecycle position reverses even though the sticker price does not.
- Is 18% GST applicable on lithium inverters and batteries?
- Yes. All batteries under HSN heading 8507, lithium-ion and lead-acid alike, are uniformly taxed at 18% GST with effect from 22 September 2025 following the 56th GST Council meeting. Inverters and UPS units fall under HSN 8504, with home inverters at 85044010, also at 18%. Renewable energy devices were cut from 12% to 5% on the same date, but that reduction does not cover standalone home inverters or standalone inverter batteries. Confirm the rate is inside the quoted price rather than added at invoicing, and for compliance purposes verify the current notification on the CBIC portal.
- Will lithium inverter prices come down in 2026 and 2027?
- Gradually, yes, but not enough to justify deferring a needed purchase. BloombergNEF recorded global lithium-ion pack prices falling from $139 per kWh in 2023 to $115 in 2024 and $108 in 2025, with roughly $105 forecast for 2026. LFP packs specifically averaged $81 per kWh in 2025 and stationary storage packs hit $70. The rate of decline is slowing, with the 2024 to 2025 drop at 8% against 20% the year before. If cell prices fall a further 10% to 15%, 1kVA integrated units should slip toward ā¹25,000, which is a 2027 expectation. Sodium-ion is near parity with LFP today rather than below it.
- What is the cheapest lithium inverter for a home in India?
- The 1000VA class is the entry point, with the lowest observed per-Wh pricing sitting around ā¹22.65 to ā¹22.70 per Wh on 1,280Wh units. Below that band the market thins out considerably, because a smaller pack does not reduce the fixed cost of the inverter electronics, BMS and enclosure, so per-Wh pricing gets worse rather than better as capacity drops. If the budget will not stretch to a 1kVA lithium unit, a 900VA inverter with a 150Ah tubular battery at roughly ā¹18,900 is the genuinely cheaper option, with the trade-offs on maintenance, recharge time and replacement cycle that entails.
- Does the price include installation and delivery?
- It depends on the brand and channel. Some national brands charge ā¹400 to ā¹500 for installation on standard inverter and battery orders with five to seven day delivery, while including free installation on their integrated lithium lines. TruePower lists free shipping, free installation and onsite service on its Lithvon products. Third-party installation packages run ā¹499 to ā¹2,000, a local electrician charges ā¹250 to ā¹500 for a simple install, and post-warranty onsite service calls typically run ā¹149 to ā¹649 plus parts. On a ā¹29,000 purchase these line items are worth up to 7% of the price, so price them explicitly rather than assuming.
- How do I calculate the real cost of a lithium inverter over its life?
- Divide the system price by the lifetime energy throughput, where throughput equals nameplate kWh multiplied by usable depth of discharge multiplied by rated cycles. A 5.12kWh lithium system at ā¹1,46,500 with 90% usable DoD and 3,000 rated cycles delivers 13,824kWh over its life, which is ā¹10.60 per usable kWh including the inverter. Run the same calculation on a tubular battery at 50% practical DoD and roughly 1,200 effective cycles in Indian conditions and you get ā¹12.00 per usable kWh for the battery alone, before the inverter and before two or three replacements across the same horizon. The two inputs that change the answer most are your daily depth of discharge and how many years you intend to keep the system.
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