Internal training · Kent New Energy
Read Offerings and Terminology first. Then study one product at a time. Every product page follows the same order: the models, the features, and why we are better than other brands.
Product line 1
We sell five inverter lines. The smallest is 1100 VA for home backup. The largest is 15 KW for a three-phase solar system. AIO and H1 give backup only. S1, M1 and G3 also work with solar panels. All models are single phase. Only G3 is three phase.
Product line 2
We sell three battery lines. All of them are LFP lithium. A6 is 12.8V and 25.6V. It replaces a tubular battery and works with H1 and S1. W1 is 48V and F1 is 51.2V. Both are used with M1 and G3. Every battery is sealed, needs no water, and has its own MCB.
| Item | Model | Rating | Phase | Solar input | Battery voltage | Battery type | Features | Warranty |
|---|---|---|---|---|---|---|---|---|
| All-in-one — inverter with battery inside | ||||||||
| AIO 1100 | 131003 | 1100 VA | 1 Phase | — | 12V | Lithium 12.8V | 100Ah, inside the unit | Bluetooth Smart BMS, LCD | 5 yrs |
| AIO 2400 | 131012 | 2400 VA | 1 Phase | — | 24V | Lithium 25.6V | 100Ah, inside the unit | Bluetooth Smart BMS, LCD | 5 yrs |
| Backup only — battery is bought separately | ||||||||
| H1 1100 | 131004 | 1100 VA | 1 Phase | — | 12V | Lead or lithium | — | 2 yrs |
| H1 2400 | 131005 | 2400 VA | 1 Phase | — | 24V | Lead or lithium | — | 2 yrs |
| Solar MPPT — off-grid, nothing goes to the grid | ||||||||
| S1 3600 | 131006 | 3600 VA | 1 Phase | 3 KW | Single MPPT | 24V | Lead or lithium | LCD | 2 yrs |
| Solar hybrid, single phase — IP66, 4G data logger | ||||||||
| M1 3KW | 131001 | 3 KW | 1 Phase | 6 KW | Dual MPPT | 40–60 V | Lead or lithium | IP66, 4G Data Logger | See price list |
| M1 5KW | 131002 | 5 KW | 1 Phase | 10 KW | Dual MPPT | 40–60 V | Lead or lithium | IP66, 4G Data Logger | See price list |
| M1 6KW | 131013 | 6 KW | 1 Phase | 12 KW | Dual MPPT | 40–60 V | Lead or lithium | IP66, 4G Data Logger | See price list |
| Solar hybrid, three phase — IP66, 4G data logger | ||||||||
| G3 10KW | 131009 | 10 KW | 3 Phase | 20 KW | Dual MPPT | 40–60 V | Lead or lithium | IP66, 4G Data Logger | See price list |
| G3 12KW | 131010 | 12 KW | 3 Phase | 24 KW | Dual MPPT | 40–60 V | Lead or lithium | IP66, 4G Data Logger | See price list |
| G3 15KW | 131011 | 15 KW | 3 Phase | 30 KW | Dual MPPT | 40–60 V | Lead or lithium | IP66, 4G Data Logger | See price list |
| Item | Model | Mounting | Rating | Nominal power | Max discharge | Cycles | Warranty |
|---|---|---|---|---|---|---|---|
| A6 — 12.8V and 25.6V, wall or counter · Works with any inverter, Bluetooth Smart BMS, MCB inside | |||||||
| A6-1280 | 132201 | Wall / Counter | 12.8V | 100Ah | 1.28 kW | 65A (0.65C) | 0.83 kW | 3500+ | 5 yrs |
| A6-2560 | 132202 | Wall / Counter | 25.6V | 100Ah | 2.56 kW | 65A (0.65C) | 1.66 kW | 3500+ | 5 yrs |
| A6-3840 | 132203 | Wall / Counter | 25.6V | 150Ah | 3.84 kW | 150A (1C) | 3.84 kW | 4000+ | 5 yrs |
| W1 — 48V, wall or floor · Passive balancing, LCD, RS485/CAN, MCB inside, up to 8 in parallel | |||||||
| W1-4800 | 132301 | Wall / Floor | 48V | 100Ah | 4.8 kW | 100A (1C) | 4.8 kW | Tier A | 4000+ | 5 yrs |
| F1 — 51.2V, floor · Kent CellSync dual active balancing, touchscreen, RS485/CAN, MCB inside, up to 16 in parallel | |||||||
| F1-5120 | 132401 | Floor | 51.2V | 100Ah | 5.12 kW | 100A (1C) | 5.12 kW | Tier A+ | 6000+ | 10 yrs |
| F1-10550 | 132402 | Floor | 51.2V | 206Ah | 10.55 kW | 200A (1C) | 10.55 kW | Tier A+ | 6000+ | 10 yrs |
| F1-14340 | 132403 | Floor | 51.2V | 280Ah | 14.34 kW | 280A (1C) | 14.34 kW | Tier A+ | 6000+ | 10 yrs |
The letters are the product family. The number is the rating. Backup inverters are rated in VA. Solar hybrid inverters are rated in kW. These are two different units. Read the Watt and VA terms in Terminology before you compare our rating with another brand.
The number after the dash is the energy in watt-hours. It is not the Ah. It is not the year. Once you know how many watt-hours the customer needs, you can pick the battery directly from its name.
| Inverter | Battery voltage it accepts | Kent battery to use |
|---|---|---|
| AIO 1100 / 2400 | 12V / 24V | Battery is inside the unit. Nothing to add |
| H1 1100 | 12V | A6-1280 |
| H1 2400 | 24V | A6-2560 or A6-3840 |
| S1 3600 | 24V | A6-2560 or A6-3840 |
| M1 3 / 5 / 6KW | 40–60 V | W1-4800 or any F1 |
| G3 10 / 12 / 15KW | 40–60 V | W1-4800 or any F1, more than one in parallel |
General terminology
These are the words used across every product. Learn this section first. Words used for only one product are explained inside that product page.
In a DC circuit, watts are simply voltage multiplied by current. A 12V battery giving 50 A is giving 12 × 50 = 600 watts. There is nothing else in the calculation. This is the battery side of the system, so this is the formula you use when you check whether a battery can carry a load.
In an AC circuit there is one more number, called power factor, written as PF. Watts = voltage × current × power factor. Voltage × current on its own is called VA. So watt = VA × PF. For our calculations we take PF as 0.8. This is why a 1100 VA inverter cannot carry 1100 watts of load.
Bulb load is the watts a home UPS inverter can actually deliver. It is not the VA number on the box. Two things reduce it. First the power factor, taken as 0.8. Second the inverter efficiency, also taken as 0.8, because the inverter is converting DC from the battery into AC and some power is lost in that conversion. A transformer based inverter used in homes is about 80 percent efficient.
Bulb load = V × A × PF × efficiency
For a 1100 VA inverter: 1100 × 0.8 × 0.8 = about 700 watts.
For a 2400 VA inverter: 2400 × 0.8 × 0.8 = about 1,540 watts.
kW is how much load you can run at one time. The inverter decides this. kWh is how long you can run it. The battery decides this. A 5 kW inverter with a 5 kWh battery runs a 5 kW load for about one hour.
DoD means depth of discharge. It is how much of the battery you can safely use. Lead-acid gives about 50 percent. LFP lithium gives about 90 percent. So two batteries with the same kWh do not give the same backup.
kWp is the size of the solar panel array at test conditions. It is not the output. In north India we get about 4 useful sun-hours per day on average. So 1 kWp gives about 4 units per day. One kWp needs about 100 square feet of shadow-free roof.
C-rate tells how fast a battery can give current. 1C means a 100Ah battery can give 100A continuously. 0.65C means it can give only 65A. Our W1 and F1 batteries are 1C.
One cycle is one full charge and one full discharge. The cycle number tells how many times the battery can do this before its capacity falls to about 80 percent. A tubular battery gives about 1,000 cycles. A6 gives 3500 or more, W1 gives 4000 or more, F1 gives 6000 or more. At one cycle per day, 6000 cycles is more than 16 years.
Cells are graded after they are made. Tier A+ and Tier A cells are tested and matched. They hold their capacity, and there is very little difference between one cell and another. Tier B cells are the ones that did not pass this test. They are cheaper, they lose capacity earlier, and the cells do not stay equal. F1 uses Tier A+ cells from EVE. W1 uses Tier A cells from REPT.
SOC means how much charge is in the battery right now, shown as a percentage. 100 percent is full and 0 percent is empty. It works like the fuel gauge in a car. The smart load setting and the charging current limit both work on SOC.
SOH means how much capacity the battery still has compared to when it was new, shown as a percentage. A new battery is 100 percent. After some years it may be 85 percent, which means it now stores 85 percent of the energy it stored when new. SOC changes every day. SOH falls slowly over years.
BMS means Battery Management System. It is an electronic circuit inside every lithium battery. It checks the voltage and temperature of each cell. It cuts the battery off if there is over-charge, over-discharge, high current or short circuit. Lead-acid batteries do not have this.
Cells in a battery do not stay equal by themselves. Balancing keeps them equal. Passive balancing burns the extra energy of the strongest cell as heat. It is slow and the energy is wasted. Active balancing moves the charge from the strong cell into the weak cell. It is faster and nothing is wasted. The weakest cell decides the capacity of the whole battery, so balancing decides the life.
This works when batteries are connected in parallel. If one battery has much less charge than the others, a very high current can suddenly flow into it. The BMS sees this and reduces the charging current to a safe level until the batteries become equal. W1 limits it to 10 A and F1 limits it to 20 A. A higher limit means the batteries become equal faster.
There are two common lithium types. We use LFP. E-scooters and mobile phones mostly use NMC. The fire videos on the internet are of NMC batteries. LFP has no cobalt. LFP starts overheating only at a much higher temperature, and it does not keep burning like NMC.
Both are solar charge controllers. PWM is cheaper and wastes part of the panel output. MPPT keeps finding the best working point of the panel. MPPT gives about 20 to 30 percent more energy from the same panels. All our solar models use MPPT.
When the grid fails, the inverter takes over the load. Switch-over time is how long that takes. It is measured in milliseconds, and one millisecond is one thousandth of a second. Below about 5 ms the AC compressor does not stop, the lights do not blink and computers do not restart. At 10 to 20 ms the customer feels every power cut. M1 and G3 are under 5 ms.
IP means Ingress Protection. It tells how well a product is sealed. There are two digits. The first digit is protection from dust, from 0 to 6. The second digit is protection from water, from 0 to 8. IP66 means completely dust tight and protected from strong water jets. This is why the M1 and G3 can be fixed outside on a wall.
Two or more units of the same product joined together to work as one bigger system. Inverters in parallel give more load capacity. Batteries in parallel give more backup. The units must talk to each other, so communication is needed. M1 takes up to 3 units, G3 takes up to 6, W1 takes up to 8 batteries and F1 takes up to 16.
An on-grid inverter has solar and grid, but no battery. It runs the house and sends extra power to the grid. When the grid fails, the rules say it must switch off. So it gives no backup. We do not sell this type.
An off-grid inverter has solar and battery. It never sends power to the grid. Because nothing goes to the grid, no permission is needed from the electricity board. Our model is S1 3600.
A hybrid inverter uses solar, grid and battery together. It reduces the bill like an on-grid inverter. It also runs the house in a power cut like a normal inverter. Where the board allows it, extra power can be sent to the grid. Our models are M1 and G3.
MCB means Miniature Circuit Breaker. It cuts the supply if the current becomes too high or if there is a short circuit. It can be switched on again, unlike a fuse which has to be replaced.
An AC MCB must never be used on a DC circuit. In AC the current becomes zero 100 times every second, so the spark breaks by itself. In DC the current never becomes zero, so the spark keeps burning inside the switch. It can melt the MCB and start a fire. Battery circuits are DC, so they need a DC rated MCB. The A6, W1 and F1 have one fitted inside.
These are two ways in which the battery and the inverter talk to each other. The battery sends its voltage, current, temperature, SOC and any fault. The inverter then charges according to what the battery reports, instead of using a fixed setting. Without this connection the inverter is charging blindly. Batteries also use it to talk to each other when they are connected in parallel.
A data logger is a small device that collects the readings from the inverter and sends them to a server. It can connect by WiFi or by a SIM. An M2M SIM is a special SIM made for machines, not for phones. It stays connected on its own and does not need the customer's WiFi. The M1 and G3 have a 4G data logger with an M2M SIM built in, with 5 years of data included.
The electricity board counts the units you send to the grid and the units you take from the grid. Your bill is made on the difference. One unit sent is equal to one unit taken. This is the best arrangement for the customer.
The board buys your exported units at a fixed low rate. But you buy units from the board at the normal higher rate. So one unit that the customer uses himself saves more money than one unit he exports.
The system is set so that no power goes to the grid at all. This is used where the board does not allow export. Without a battery, the extra solar power is wasted.
Foundations
Most customers are replacing a tubular battery. This section gives you the comparison, the correct replacement size, and the 10 year cost working.
| Point | Tubular lead-acid | Kent LFP lithium | What it means for the customer |
|---|---|---|---|
| Usable part | About 50% | About 90% | Half of a lead-acid battery can never be used |
| Cycle life | About 1,000 | 4,000 to 6,000+ | About 3 years, against 11 to 16 years |
| Maintenance | Water filling, terminal cleaning | Nothing | Nothing to remember and nothing to forget |
| Weight per kWh | About 33 kg | About 10 kg | Can be fixed on a wall. No trolley needed |
| Where it can be kept | Open area, acid fumes come out | Sealed, can be kept inside the house | No smell and no rust on nearby metal |
| Charging time | 8 to 10 hours | 1 to 2 hours | Gets charged again between two power cuts on the same day |
| Voltage while running | Keeps falling | Almost flat till the end | Fans and lights do not get dim near the end of backup |
| On heavy load | Gives less than its rating | Gives its full rating | The "150Ah ne 90 minute diye" complaint does not come |
| In summer | Life becomes shorter in heat | Handles heat better, BMS protects it | The battery survives an Indian summer |
| Warranty | Short, and usually pro-rata | 5 years on W1, 10 years on F1 | The strongest line on the quotation |
A lead-acid battery is always bought oversized, because only half of it can be used. Lithium gives 90 percent. So the Ah number becomes smaller, but the backup the customer gets becomes larger. Use this table when a customer says "mere paas 150 Ah lagi hai".
| System | What he has today | Usable at 50% | Kent battery | Usable at 90% | Difference |
|---|---|---|---|---|---|
| 12V | 1 × 150Ah tubular · 1.80 kWh | 0.90 kWh | A6-1280 | 1.15 kWh | 28% more backup |
| 12V | 1 × 200Ah tubular · 2.40 kWh | 1.20 kWh | A6-1280 | 1.15 kWh | Almost the same, at one third the weight |
| 24V | 2 × 150Ah tubular · 3.60 kWh | 1.80 kWh | A6-2560 | 2.30 kWh | 28% more backup |
| 24V | 2 × 200Ah tubular · 4.80 kWh | 2.40 kWh | A6-3840 | 3.46 kWh | 44% more backup |
| 48V | 4 × 150Ah tubular · 7.20 kWh | 3.60 kWh | W1-4800 | 4.32 kWh | 20% more backup |
| 48V | 4 × 200Ah tubular · 9.60 kWh | 4.80 kWh | F1-5120 | 4.61 kWh | Almost the same, in one single unit |
A 150Ah tubular battery weighs 55 to 60 kg. It needs a trolley, floor space and an open area. The A6-1280 that replaces it is about one third of that weight and can be fixed on a wall. In a flat, this point alone often closes the sale.
If a customer asks for "150 Ah lithium" because that is what he has today, he is asking for much more than he needs. The quotation will then look costly for no reason. Convert to kWh, apply the usable part, and then choose the battery. Quoting Ah for Ah is the most common way this sale is lost.
On the first day lithium is costlier. Over 10 years it is much cheaper. The example below is a 12V home using a 150Ah tubular battery. This is the most common replacement case the team will get.
| Over 10 years | Tubular lead-acid 150Ah | Kent A6-1280 |
|---|---|---|
| Price of one battery | ₹14,000 | ₹22,000 |
| How many batteries needed | 3 — bought once, replaced twice | 1 |
| Cost of batteries | ₹42,000 | ₹22,000 |
| Water filling and upkeep | Twice a year at ₹300 = ₹600 a year → ₹6,000 | Nothing |
| Less scrap value returned | 2 batteries exchanged at 15% of ₹14,000 → − ₹4,200 | Still working. Not applicable |
| Total spent in 10 years | ₹43,800 | ₹22,000 |
| Usable energy per day | 0.90 kWh (50% of 1.80 kWh) | 1.15 kWh (90% of 1.28 kWh) |
| Units given in 10 years | 3,285 units | 4,205 units |
| Cost of one unit of backup | ₹13.33 | ₹5.23 |
Total saving
Even after giving credit for the scrap value of the lead-acid batteries, the customer spends ₹43,800 on lead-acid and ₹22,000 on the A6-1280. That is about half. He also gets 920 more units of backup, because 90 percent of the lithium battery is usable against 50 percent of the tubular battery.
Cost per unit of backup
Lead-acid costs 2.5 times more for every unit of backup it gives. Show this number to a customer who is comparing only the price of the battery. It is the same kind of calculation he already does on his electricity bill.
On the first day the customer pays ₹8,000 more. That amount comes back the first time he would have had to buy a new tubular battery. After that, everything is saving.
| Time | Spent on lead-acid so far | Spent on Kent A6-1280 so far | Position |
|---|---|---|---|
| First day | ₹14,000 | ₹22,000 | Lead-acid is ₹8,000 cheaper |
| About year 3.5 — first replacement | ₹28,000 (₹28,000 batteries − ₹2,100 scrap + ₹2,100 upkeep) | ₹22,000 | Kent is now ₹6,000 cheaper |
| About year 7 — second replacement | ₹42,000 (₹42,000 − ₹4,200 scrap + ₹4,200 upkeep) | ₹22,000 | Kent is ₹20,000 cheaper |
| Year 10 | ₹43,800 (₹42,000 − ₹4,200 scrap + ₹6,000 upkeep) | ₹22,000 | Kent is ₹21,800 cheaper, and still working |
The ₹21,800 already gives lead-acid the credit for its scrap value. Three more costs are not counted, and each of them makes our case stronger:
Service visits. Battery complaints and the electrician's charges, which increase as each battery gets old.
The last year of each battery. A tubular battery works worst in its final year. So about one third of the 10 years is spent on a battery that is already weak.
Charging time. Lithium charges in 1 to 2 hours against 8 to 10 hours. It gets ready between two power cuts on the same day. Lead-acid often does not.
F1 has a 10 year warranty and 6000 or more cycles. So the full 10 years is covered by one battery with warranty, while the customer would have bought his third tubular battery and filled water about forty times.
When the customer is buying an M1 or G3, write the warranty period and the number of replacements on the same page as the price. Then say: "Ye ek hi baar lagegi. Warranty bhi das saal ki hai."
Foundations
There are four kinds of inverter in the market. If you offer the wrong type, nothing else you say will help. Learn this before you name any model.
| Type | Solar | Battery | Works in a power cut? | Sends power to grid? | Kent model |
|---|---|---|---|---|---|
| Home backup | No | Yes | Yes | No | H1, AIO |
| Off-grid solar | Yes | Yes | Yes | No | S1 3600 |
| On-grid solar | Yes | No | No — it switches off | Yes | We do not sell this |
| Hybrid solar | Yes | Yes | Yes | Yes | M1, G3 |
An on-grid inverter has no battery. It takes power from the solar panels and gives it to the house and to the grid. When the grid fails, the rules say the inverter must switch off. This rule exists for safety, so that a lineman repairing the line is not given a shock by power coming from a rooftop.
So the customer who bought solar to reduce his bill sits in the dark during a power cut, even when there is full sunlight on his roof. This is the most common complaint in Indian rooftop solar.
A hybrid inverter solves both problems. It reduces the bill like an on-grid inverter. It also runs the house during a power cut like a normal inverter. And it charges the battery from the sun instead of the grid.
Foundations
Subsidy, MNRE approvals and the new data logger rules. These change often, so this section teaches you what to check and what never to say from memory.
| System size | Central subsidy | Basis |
|---|---|---|
| 1 kW | ₹30,000 | ₹30,000 per kW |
| 2 kW | ₹60,000 | ₹30,000 per kW |
| 3 kW and above | ₹78,000 | ₹60,000 + ₹18,000 for the third kW — hard cap |
| RWA / group housing common areas | ₹18,000 per kW | Up to 3 kW per house, 500 kW overall |
| Point | What the team must know |
|---|---|
| Scheme | Launched Feb 2024 under MNRE. ₹75,000 cr outlay, target 1 crore homes |
| 300 free units | This comes from net metering reducing the bill. It is not a separate payment |
| When paid | Paid into the bank account about 30 to 45 days after the DISCOM commissions the system. It is not a discount at the time of purchase |
| Who claims | Once per residential electricity connection |
| Products | Panels must be on the ALMM list and the inverter must be MNRE approved. Otherwise the claim fails |
| Vendor | The installer must be registered on the portal. The DISCOM fits the net meter |
| Battery | No subsidy on the battery. Subsidy is only on solar capacity |
| Expected change | In short |
|---|---|
| Generation-linked support | Payment based on units generated, not on system size |
| Battery incentive | Battery may also get a subsidy |
| Wider access | Shared rooftops, group net metering, and small systems for flats |
| Performance checks | Generation guarantee, quality checks, and a digital record for each system |
| Differentiated help | Different help based on income, location and type of customer |
| Metering re-valued | Units used at home may be valued differently from units exported |
| What MNRE controls | Effect on a sale |
|---|---|
| The scheme | Runs the national portal. The DISCOMs do the work in each state |
| ALMM list | Only panels on this list get the subsidy |
| Vendor empanelment | The installer must be registered, otherwise the customer cannot claim |
| IS 14286 | BIS standard for solar modules |
| IS 16221 | BIS standard for grid-tied inverters — applies to M1 and G3 |
| IS 16270 | Rules for safe installation work — safety gear and fall protection |
| Monitoring rules | What the inverter must report, how it connects, and where the data is kept |
MNRE is moving the industry away from WiFi dongles and foreign servers. The new rules ask for SIM-based data loggers that send data to a central government platform kept on Indian servers.
| When | What changed |
|---|---|
| Jul 2025 | First rules issued for inverters and communication devices |
| Dec 2025 | States asked to use M2M SIM based monitoring. A separate generation meter may not be needed |
| Jan 2026 | Final guidelines issued for all brands: encryption, certificates, central platform |
| Mar 2026 | Testing rules issued for inverter monitoring systems and data loggers |
| Apr 2026 | Draft software rules. 23 readings must be sent for single phase, 43 for three phase |
Solar hybrid inverter · Single phase
M1 is a single phase solar hybrid inverter. It uses solar, grid and battery together. It reduces the electricity bill, and it also runs the house during a power cut. It is IP66 rated, so it can be fixed outside. A 4G data logger is built inside every unit.
| Model | Item | Rating | Solar input | Battery | What it can run |
|---|---|---|---|---|---|
| M1 3KW | 131001 | 3 KW, 1 phase | 6 KW | Dual MPPT | 40–60V lead or lithium | One AC, or one submersible pump |
| M1 5KW | 131002 | 5 KW, 1 phase | 10 KW | Dual MPPT | 40–60V lead or lithium | Two ACs, or one submersible pump |
| M1 6KW | 131013 | 6 KW, 1 phase | 12 KW | Dual MPPT | 40–60V lead or lithium | Two ACs and a large lighting load |
M1 is one of the costliest models in the market. Do not say sorry for the price and do not offer a discount first. The extra price is because of the six points below. Explain them one by one, and let the customer decide.
| Specification | Kent M1 | Other brands |
|---|---|---|
| Switch-over time | Less than 5 ms | Less than 10 ms or 20 ms |
| Data logger | 4G + M2M SIM + 5 years data, free | WiFi dongle, sold separately |
| Overload | 200% for 10 seconds | 150% |
| Solar oversizing | 200% | 150% |
| On-grid only or off-grid only | Both possible | Usually not possible |
| Dual MPPT, smart load, parallel | All three | Not there in cheaper IP65/IP66 models |
Solar hybrid inverter · Three phase
G3 is a three phase solar hybrid inverter. It works the same way as the M1, but it is larger and it is made for a three phase connection. It is used in villas, farmhouses, schools, showrooms and small commercial buildings. It is IP66 rated and has a 4G data logger inside.
| Model | Item | Rating | Solar input | Battery | What it can run |
|---|---|---|---|---|---|
| G3 10KW | 131009 | 10 KW, 3 phase | 20 KW | Dual MPPT | 40–60V lead or lithium | Three to four ACs with pumps and lighting |
| G3 12KW | 131010 | 12 KW, 3 phase | 24 KW | Dual MPPT | 40–60V lead or lithium | Four to five ACs, pumps and a small shop load |
| G3 15KW | 131011 | 15 KW, 3 phase | 30 KW | Dual MPPT | 40–60V lead or lithium | A full showroom, clinic or school floor |
G3 is one of the costliest models in the market. Do not say sorry for the price and do not offer a discount first. At this size the buyer understands business calculations. Explain the eight points below, and let him decide if they are worth the difference.
| Specification | Kent G3 | Other brands |
|---|---|---|
| Switch-over time | Less than 5 ms | Less than 10 ms or 20 ms |
| Data logger | 4G + M2M SIM + 5 years data, free | WiFi dongle, sold separately |
| Overload | 200% for 10 seconds | 150% |
| Solar oversizing | 200% | 150% |
| Parallel operation | Up to 6 units, 90 KW | Limited or not available |
| Unbalanced load on one phase | Up to 50% of rated power on one phase | Load must be nearly equal on all three phases |
| Generator port | Power limit, load support and automatic stop | Basic changeover only, or nothing |
| Dual MPPT, smart load, parallel | All three | Not there in cheaper IP65/IP66 models |
A feature of M1 and G3. It is not a separate product
Every M1 and G3 has a 4G data logger inside it. CentCom is the app and the server that this logger connects to. It is never quoted, never priced and never sold separately. It comes free with the hybrid inverter.
The inverter is about one fifth of the cost of a solar system, but most complaints are about the inverter. And most of those complaints are a wrong setting, not a damaged inverter.
Kent does not sell connectivity separately and does not depend on the customer's WiFi. Every Kent solar hybrid inverter comes with the hardware and the data already paid for.
Kent AI-Settings™
There are no menus, no parameter codes and no English manual to read. The engineer speaks or types the change in his own language, and CentCom applies it to the inverter. He can give more than one setting in a single sentence. So a technician in a small town can set up a hybrid inverter correctly the first time.
Voice or text. Every change is recorded against the engineer's account and the inverter serial number. So there is always a record of who changed what, and when.
Hybrid inverters get more service calls than any other part of a solar system. Most of these calls are about settings, not about damage. This is how the common complaints divide.
| Account | What he can see | Can he change settings? | If he cannot solve it |
|---|---|---|---|
| 1Customer | His own system — live status, savings and alerts | No, only view | Calls the service engineer |
| 2Service engineer | Every inverter given to him for a service call | Yes, on his calls | Passes it to the system integrator |
| 3System integrator | Every site he has installed | Yes, on his sites | Passes it to the distributor |
| 4Distributor | Every unit Kent has supplied to him | Yes, in his area | Passes it to Kent support |
| 5Kent service support | All inverters in the field | Yes, factory level | Factory engineering, the last level |
All-in-one inverter · Battery inside
AIO has the inverter and the lithium battery inside one cabinet. There is one item code, one delivery, one installation and one warranty of 5 years on the complete product. It is the easiest replacement for the old inverter plus trolley battery setup.
| Model | Item | Rating | Battery voltage | Battery inside | Energy | Warranty |
|---|---|---|---|---|---|---|
| AIO 1100 | 131003 | 1100 VA, 1 phase | 12V | Lithium 12.8V | 100Ah | 1.28 kWh | 5 yrs |
| AIO 2400 | 131012 | 2400 VA, 1 phase | 24V | Lithium 25.6V | 100Ah | 2.56 kWh | 5 yrs |
Compare the AIO only with other all-in-one products. These are the four points where we are different from them.
| Point | Kent AIO | Other all-in-one products |
|---|---|---|
| Battery and load data | Smart BMS with Bluetooth, seen on the phone | No display of battery data |
| DC protection | DC MCB inside the unit | Usually not given, to save cost |
| Mounting | Floor mounted | Wall mounted only |
| Warranty | 5 years on the complete unit, battery included | 2 or 3 years |
Solar MPPT inverter · Off-grid
S1 3600 is a 3600 VA solar inverter with a 3 KW MPPT charge controller. It works with solar, battery and grid charging. It never sends power to the grid, so no approval is needed from the electricity board. It is used where the grid is weak, or where net metering is not available.
| Model | Item | Rating | Solar | Battery | Features | Warranty |
|---|---|---|---|---|---|---|
| S1 3600 | 131006 | 3600 VA, 1 phase | 3 KW | Single MPPT | 24V, lead or lithium | LCD | 2 yrs |
Which source runs the load
| Setting | How it works | When to use it |
|---|---|---|
| Solar → Battery → Grid | Solar runs the load. When solar is not enough, the battery runs it. The grid is used only when both are finished. | For the maximum saving. Use where the electricity rate is high, or where the customer wants the lowest bill. |
| Solar → Grid → Battery | Solar runs the load. When solar is not enough, the grid runs it. The battery is kept full and used only in a power cut. | Where power cuts are long, and the customer wants the battery always ready. |
| Grid → Solar → Battery | The grid runs the load first. Solar and battery are used after that. | Only in special cases, where the battery must always stay fully charged. |
Which source charges the battery
| Setting | How it works | When to use it |
|---|---|---|
| Solar only | Only the solar panels charge the battery. The grid never charges it. | Where the customer does not want to pay for charging from the grid, and there is enough sunlight. |
| Solar first, then grid | Solar charges the battery. When solar is not available or not enough, the unit changes over and the grid charges it. | The most common setting. Use this unless the customer asks for something else. |
| Grid first | The grid charges the battery. Solar is used after that. | Only where sunlight is poor for many days and the battery must always stay full. |
There are three points where the S1 is different from other off-grid solar inverters. Explain these three, and nothing else is needed.
| Point | Kent S1 3600 | Other brands |
|---|---|---|
| Solar charge controller | MPPT | PWM in most models |
| Discharge current | 92 A | Lower, so heavy loads cannot run |
| Heavy load | One non-inverter AC, or one submersible pump | Only lights, fans and TV |
Backup inverter
H1 is a simple backup inverter. The mains charges the battery, and the battery runs the house during a power cut. The battery is bought separately, and it can be lead-acid or lithium. This is our highest volume product and the lowest priced way into our range.
| Model | Item | Rating | Battery voltage | Battery type | Kent battery | Warranty |
|---|---|---|---|---|---|---|
| H1 1100 | 131004 | 1100 VA, 1 phase | 12V | Lead or lithium | A6-1280 | 2 yrs |
| H1 2400 | 131005 | 2400 VA, 1 phase | 24V | Lead or lithium | A6-2560 or A6-3840 | 2 yrs |
The Kent name. The customer's family already owns a Kent product. At this price level, trust is the main reason a customer buys.
Service. Kent's service network is already present in his area. Many brands at this price have only the dealer.
The upgrade path. It works with lead-acid and with lithium. He can buy within his budget today and change only the battery later.
The H1 is the lowest cost way into our range. Use the H1 to start the relationship with the customer. Many of these customers buy a bigger product later.
If the customer wants no maintenance, one single warranty and nothing extra to buy, move him to the AIO. It is one product with a 5 year warranty, and there we do have clear advantages.
If he wants to reduce his electricity bill as well, move him to the S1 or the M1.
Lithium battery · 12.8V and 25.6V, wall or counter
A6 is our lithium battery for normal home backup. It replaces a tubular battery directly. It works with any inverter, it has a Bluetooth Smart BMS, and it has an MCB inside. It is used with H1 and S1, and also with the customer's existing inverter.
| Model | Item | Rating | Nominal power | Max discharge | Cycles | Warranty | Use it with |
|---|---|---|---|---|---|---|---|
| A6-1280 | 132201 | 12.8V | 100Ah | 1.28 kW | 65A (0.65C) | 0.83 kW | 3500+ | 5 yrs | H1 1100, or a 12V inverter |
| A6-2560 | 132202 | 25.6V | 100Ah | 2.56 kW | 65A (0.65C) | 1.66 kW | 3500+ | 5 yrs | H1 2400, S1 3600, or a 24V inverter |
| A6-3840 | 132203 | 25.6V | 150Ah | 150A (1C) | 3.84 kW | 150A (1C) | 3.84 kW | 4000+ | 5 yrs | H1 2400, S1 3600, for heavier loads |
Compare the A6 with other lithium batteries in the market, not with a tubular battery. These are the four points where we are different from them.
| Point | Kent A6 | Other lithium batteries |
|---|---|---|
| Type of BMS | Self-adapting BMS. Works with almost any inverter | Hardware BMS with fixed values. Works only with some inverters |
| Battery data | Smart BMS with Bluetooth. All data on the phone | No app. The customer cannot see anything |
| Protection | MCB inside. Switch it on again and continue | Fuse. It burns and has to be replaced |
| Design | New design for a wall or a counter | Looks like a tubular battery |
| What he has today | Usable at 50% | Kent battery | Usable at 90% | Difference |
|---|---|---|---|---|
| 1 × 150Ah tubular, 12V | 0.90 kWh | A6-1280 | 1.15 kWh | 28% more backup |
| 1 × 200Ah tubular, 12V | 1.20 kWh | A6-1280 | 1.15 kWh | Almost the same, at one third the weight |
| 2 × 150Ah tubular, 24V | 1.80 kWh | A6-2560 | 2.30 kWh | 28% more backup |
| 2 × 200Ah tubular, 24V | 2.40 kWh | A6-3840 | 3.46 kWh | 44% more backup |
Lithium battery · 48V, wall or floor
W1-4800 is a new category for us. It gives 4.8 kWh of 48V LFP storage. It can be fixed on a wall or kept on the floor. It has an LCD, RS485/CAN communication and its own MCB. It is the entry level battery for a hybrid solar system.
| Model | Item | Mounting | Rating | Nominal power | Max discharge | Cycles | Warranty |
|---|---|---|---|---|---|---|---|
| W1-4800 | 132301 | Wall / Floor | 48V | 100Ah | 4.8 kW | 100A (1C) | 4.8 kW | Tier A | 4000+ | 5 yrs |
About the cell maker
The cell is the most important part of a battery, so the customer should know who makes it. REPT BATTERO is one of the largest lithium cell makers in the world. It is number one in the world for home storage cells and among the top five for all storage cells, and it is rated a BloombergNEF Tier 1 manufacturer. Most brands cannot even tell the customer whose cells are inside their battery.
Compare the W1 with other 48V lithium batteries in the market. These are the four points where we are different from them.
| Point | Kent W1-4800 | Other 48V lithium batteries |
|---|---|---|
| Discharge rate | Full 1C — 100 A, 4.8 kW | Usually 0.5C — 50 A, about 2.4 kW |
| Display | LCD with buttons, on the battery | Bluetooth only, or nothing |
| Communication | RS485 / CAN to the inverter and between batteries | Usually not given, to reduce cost |
| Charging current limiting | 10 A | 5 A |
| Cells | Tier A cells from REPT | Tier B cells |
| BMS | Tier A BMS, serviceable for the full life | Tier B BMS, parts may not be available later |
| W1-4800 | F1 series | |
|---|---|---|
| Voltage | 48V | 51.2V |
| Energy | 4.8 kWh | 5.12 / 10.55 / 14.34 kWh |
| Mounting | Wall or floor | Floor |
| Display | LCD with buttons | Touchscreen |
| Balancing | Passive | Kent CellSync dual active |
| Cell maker | Tier A cells from REPT | Tier A+ cells from EVE |
| Cell compression | Not applied | Cells held under fixed pressure |
| Charging current limiting | 10 A | 20 A |
| Cycles | 4000+ | 6000+ |
| Parallel | Up to 8 | Up to 16 |
| Warranty | 5 years | 10 years |
| Offer it when | Budget is limited, floor space is less, the load is a home | The customer wants the longest life, or the site is large |
Lithium battery · 51.2V, floor mounted
F1 is our top battery range. It gives 5.12 to 14.34 kWh at 51.2V. It has a touchscreen, Kent CellSync dual active balancing, up to 16 batteries in parallel, and a 10 year warranty. It is used with a large M1 or G3 system.
| Model | Item | Rating | Nominal power | Max discharge | Cycles | Warranty | Where it is used |
|---|---|---|---|---|---|---|---|
| F1-5120 | 132401 | 51.2V | 100Ah | 5.12 kW | 100A (1C) | Tier A+ | 6000+ | 10 yrs | Hybrid home, backup for essential loads at night |
| F1-10550 | 132402 | 51.2V | 206Ah | 10.55 kW | 200A (1C) | Tier A+ | 6000+ | 10 yrs | Large house or villa running most of the night |
| F1-14340 | 132403 | 51.2V | 280Ah | 14.34 kW | 280A (1C) | Tier A+ | 6000+ | 10 yrs | Commercial site, or several units on one G3 |
About the cell maker
The cell is the most important part of a battery, so the customer should know who makes it. EVE Energy is one of the largest lithium cell makers in the world. It is in the global top three for energy storage cells and among the five largest cell makers overall, and it has been making lithium batteries for 25 years. Its LFP cells are used in grid scale storage projects around the world.
Compare the F1 with other 51.2V lithium batteries in the market. These are the eight points where we are different from them.
| Point | Kent F1 | Other 51.2V lithium batteries |
|---|---|---|
| Cell balancing | Kent CellSync dual active balancing, two cells at a time | Passive balancing only |
| Cell construction | Cells held under fixed pressure | Cells only placed inside a box |
| Cells | Tier A+ cells from EVE | Tier B cells, maker not disclosed |
| BMS | Tier A BMS, serviceable for the full life | Tier B BMS, parts may not be available later |
| Discharge rate | Full 1C in every size | Often 0.5C in the larger sizes |
| Charging current limiting | 20 A, the highest in the industry | 5 A |
| Display | Touchscreen on the battery | Bluetooth only, or nothing |
| Warranty | 10 years | 5 years |
Go to market
Some of our products are plug and play. The customer can buy them from a shop and use them. Other products need professional installation and design. These two kinds of product need two completely different channels. Never try to sell a solar product through a battery shop, and never expect a solar integrator to sit and sell an inverter across a counter.
| Non-solar channel | Solar channel | |
|---|---|---|
| Products | A6 · H1 · AIO | S1 · M1 · G3 · W1 · F1 |
| Type of product | Plug and play | Needs design and installation |
| Who installs it | An electrician, or the shop itself | A trained system integrator |
| Where it is sold | From a shop counter | At the customer's site, after a survey |
| Partner already deals in | Home UPS and tubular batteries | Solar panels and rooftop systems |
| Sale takes | One visit to the shop | Site survey, design, quotation, installation |
These products are plug and play. The customer buys the product, an electrician connects it, and it works. This is a normal retail business and it runs on stock, credit and shop presence.
Every partner in this channel is already selling home backup UPS or tubular lead-acid batteries of other brands — Luminous, Exide, Amaron, Livguard, Microtek, V-Guard, Okaya and others. You are not teaching him a new business. You are asking him to add a lithium range to a business he already runs.
| Partner | What he does |
|---|---|
| 1Retail Distributor RDx | Buys in bulk from the company and covers a territory. Supplies the retailers in his area and gives them open credit in the market. His business runs on stock and collection. |
| 2Direct Dealer DD | A large shop that buys in bulk directly from the company instead of through a distributor. He has the money to pay in advance and the space to keep stock. He sells to the end customer himself. |
| 3Retailer Retailer | Sells to the end customer across the counter and keeps small stock. He buys from the RDx. He usually also arranges the electrician who installs the product. |
Solar products are not plug and play, so they are almost never sold from a shop. The customer needs someone to design the system for him. That person is the system integrator. He visits the site, studies the load and the roof, decides the size, then installs the solar panels and the inverter, connects the battery, and joins the whole system to the customer's grid supply. He also handles the net metering application where it applies.
So in this channel you are not selling a product to a shop. You are selling to the person who will design and install the system, and he will decide which brand goes into his customer's house.
Every partner in this channel is already installing solar inverters of other brands — Solis, Deye, Eastman, Feston and others are strong in the Indian market. He knows the category well. Your job is to show him where our product is better, not to explain what a hybrid inverter is.
| Partner | What he does |
|---|---|
| 1Solar Distributor SDx | Buys in bulk from the company and covers a territory. Supplies the smaller system integrators in his area and gives them credit. He does not install anything himself. |
| 2Direct System Integrator DSI | A mid-size integrator who takes more than one unit at a time and keeps stock. He buys straight from the company instead of from a distributor. He designs and installs the systems himself. |
| 3System Integrator SI | A smaller integrator who buys per project, usually one system at a time, from the SDx. He does the site survey, the design and the installation himself. |
The section above tells you what a partner must set up. This section tells you who to appoint. Check every point before you recommend anybody. A partner appointed on the wrong profile will not fail quietly — he will block that territory for a year.
Non-solar channel
| What we check | What is required |
|---|---|
| His present trade | He must already be in the inverter or battery trade. Someone from a different trade is not recommended, however good he looks otherwise |
| Why the trade matters | This is a relationship business. The value he brings is the retailers who already take his calls. A man from another trade has to build all of that from zero |
| Who we do not want | We are not looking for an investor who can put money on the table. Money alone does not move this business |
| Retailer network | He must already be supplying inverters or batteries to 50 to 100 retailers |
| Opening investment | Minimum ₹5 lakh to start the business |
| Business expected | ₹10 lakh per month, to be reached by the third month |
| Transportation | His own arrangement to move goods from his warehouse to the retailers |
| Sales team | His own salespeople, to call on existing retailers and open new ones. The Kent salesperson works with them and helps, but does not replace them |
| Collection | His own responsibility. Kent does not collect his outstanding from his retailers. Say this clearly at the time of appointment, not afterwards |
Non-solar channel
| What we check | What is required |
|---|---|
| Retail shop | He must have a retail shop. This is a counter business, so without a shop there is nothing to appoint |
| His present trade | He must already be selling inverters and batteries. Then he can explain the benefit of our product to a customer |
| Allied trades | An electrical goods shop — fans, geysers, switches — is acceptable. He sells to the same customer and understands electrical products |
| Trades to avoid | A consumer durable shop is strongly discouraged. Shops from unrelated trades are discouraged |
| Why the trade matters | A shop that has never sold an inverter cannot answer a customer's questions. Our product will sit on his shelf and he will blame the product |
| Opening investment | Minimum ₹1 lakh to start |
| Business expected | ₹2 lakh per month, to be reached from the third month onwards |
| How he buys | Direct from the company, in bulk, on advance payment. He does not buy through an RDx |
Solar channel
| What we check | What is required |
|---|---|
| His present trade | He must already be distributing solar products — solar panels, on-grid inverters, hybrid inverters or off-grid inverters |
| New entrants | An SDx cannot be someone from outside the trade. This role runs on an existing network of integrators and on knowing the market. A new entrant cannot build that from zero |
| Integrator network | A good network of system integrators, at least 20, whom he already supplies |
| PM Surya Ghar rating | He should be a highly rated vendor on the PM Surya Ghar portal. A good rating brings him subsidy customers, and it shows his past work was completed properly |
| Own installations | He should also be installing directly at end customer homes, not only supplying to others. Then he knows the product in the field, not only on paper |
| Opening investment | Minimum ₹10 lakh to start |
| Business expected | ₹20 lakh per month, to be reached by the third month |
| Solutioning team | His own team that helps his system integrators choose the right product for each site. Without this team the SIs will keep coming back to Kent for every small question |
| Service engineer | A service engineer of his own is a strong positive, because he will have to give on-field support to his SIs |
| Transportation | His own arrangement to deliver to his system integrators |
| Collection | His own responsibility. Kent does not collect his outstanding from his SIs |
Solar channel
| What we check | What is required |
|---|---|
| His present trade | Preferably already doing installation and project work — solar panels, on-grid inverters or hybrid inverters |
| New entrants | A new entrant is also acceptable for a DSI. Solar is growing very fast, and a serious person who wants to enter this business can be trained. This is the one role where we do not insist on an existing trade background |
| PM Surya Ghar rating | If he is already in the trade, he should be a decently rated vendor on the PM Surya Ghar portal. A new entrant must get himself registered on the portal |
| Installation team | His own installation team. He cannot depend on labour hired for each job, because the quality of our system depends on how it is installed |
| Opening investment | Minimum ₹2 lakh to start |
| Business expected | ₹5 lakh per month, to be reached by the third month |
| How he buys | Direct from the company, more than one unit at a time, on advance payment. He does not buy through an SDx |
| Who he sells to | The end customer. He does the survey, the design and the installation himself |
| Partner | Must already be | Network required | Opening investment | Business by month 3 |
|---|---|---|---|---|
| RDx | In the inverter or battery trade, distributing | 50 to 100 retailers | ₹5 lakh | ₹10 lakh / month |
| DD | A retail shop selling inverters and batteries | Not applicable | ₹1 lakh | ₹2 lakh / month |
| SDx | Distributing solar panels and inverters | 20+ system integrators | ₹10 lakh | ₹20 lakh / month |
| DSI | Installing solar panels and inverters | Not applicable | ₹2 lakh | ₹5 lakh / month |
| Partner | Channel | Buys from | Pays by | Credit he gives | Keeps stock | Sells to |
|---|---|---|---|---|---|---|
| RDx · Retail Distributor | Non-solar | Company | Advance | About 30 days to retailers | Large | Retailers |
| DD · Direct Dealer | Non-solar | Company | Advance | None | Large | End customer |
| Retailer | Non-solar | RDx | About 30 days credit | None | Small | End customer |
| SDx · Solar Distributor | Solar | Company | Advance | About 30 days to SIs | Large | System integrators |
| DSI · Direct System Integrator | Solar | Company | Advance | None | Medium | End customer |
| SI · System Integrator | Solar | SDx | About 30 days credit | None | Buys per project | End customer |
Go to market
A dealer is not choosing between our inverter and another inverter. He is choosing which company will bring him customers, train his people, and keep his service cost low.
Go to market
Learn the three things below. Every objection in this market is answered by one of them. Then learn the four objections partners are giving us today, and what to say for each one.
| Is it true? | Yes. Accept it first. Never argue that we are not expensive |
| What he means | He is comparing two price tags. He has not compared what is inside the two boxes |
| What you say | "Haan, hum mehnge hain. Dono ki list saamne rakhiye. Jo cheez hum de rahe hain aur wo nahi de rahe, uska alag se paisa jodiye. Phir hisaab lagaiye." |
| Your proof | On a hybrid, ask him to price a 4G logger with SIM and 5 years data separately. On a battery, ask which cell brand is inside the other pack, and whether it has an MCB or a fuse |
Know who he is comparing us with, because the answer is different for each product.
| Our product | He compares with | What we have that they do not |
|---|---|---|
| A6 | Microtek | Self-adapting BMS · Bluetooth Smart BMS · DC MCB instead of a fuse · modern design |
| W1 · F1 | Eastman and new players | Tier A cells from REPT, Tier A+ from EVE · active balancing on F1 · compressed cells · full 1C · DC MCB · 10 year warranty on F1 |
| M1 · G3 | Solis, Deye | ₹10,000 logger, SIM and data free · under 5 ms switch-over · 200% overload · 200% oversizing |
| Is it true? | Yes, in this category. Not in manufacturing |
| What he means | He is afraid we will leave the category in one year. Then his customers come back to him and nobody is behind him. Many brands have done this to him before |
| What you say | "Category mein naye hain, manufacturing mein nahi. Kent 25 saal se apni factory mein banata hai. Jo company sirf try kar rahi ho, wo do sau crore ka plant nahi lagati." |
| Your proof | ₹200 crore plant and 10 GWh capacity. And Kuhl fans — a new category for us four years ago, now a success, because we built a separate service setup for it. He can go and check how Kuhl fans are serviced in his own city |
| Is it true? | Yes. Say so honestly. The team for this line is still being built. If you overclaim and he finds out in month two, you lose him permanently |
| What he means | "Complaint aayegi to main phans jaunga" |
| What you say | "Is line ki service team abhi ban rahi hai, ye main saaf bata raha hoon. Par Kent ka service network poore India mein pehle se chal raha hai. Aur hybrid mein zyadatar complaint phone se hi theek ho jaati hai." |
| Your proof | Over 2,000 service partners across India already working. Every M1 and G3 has a 4G logger, so settings and stuck alarms are corrected from a phone without anyone travelling. And we did this before for Kuhl fans |
| Is it true? | Half true. A customer will not pay more for a specification he does not understand. He will pay more for a brand he trusts |
| What he means | "Main akela is product ko bech nahi paunga." He is afraid of justifying a higher price to every customer, alone, with no support behind him |
| What you say | "Hum discount aur scheme wali company nahi hain, hum advertise karte hain. Kent ka purifier aaj bhi sabse sasta nahi hai, phir bhi log lete hain aur zyada paisa dete hain. Yahi is category mein bhi hoga." |
| Your proof | Kent purifiers are not the cheapest and customers still choose them. Kuhl became a known name in four years. Marketing will be done for New Energy in the same way, so he is not creating the demand alone |
Go to market
There are only three commercial points the team must know: the GST rate on each product, the answer to the 5 percent bundle question, and what CentCom costs after the first five years. Everything else — prices, margins, credit and schemes — comes from the current price list and channel policy.
| Category | Models | GST |
|---|---|---|
| Hybrid inverters | M1 3 / 5 / 6KW · G3 10 / 12 / 15KW | 5% |
| Home UPS and off-grid inverters | H1 1100 / 2400 · S1 3600 | 18% |
| All-in-one | AIO 1100 / 2400 | 18% |
| Batteries — all of them | A6 · W1 · F1 | 18% |
Many people in the market will tell you about the government scheme for a solar generation device. Under it, a hybrid inverter, battery and solar panels supplied together as one system can be invoiced at 5 percent. A partner or a customer may ask why we are not doing this.
| What the scheme allows | Hybrid inverter, battery and solar panels, sold together as one bundled system, invoiced at 5 percent |
| Why it does not apply to us | Kent does not sell solar panels, and we have no plan to sell them. Without the panels there is no bundle, so the bundled rate cannot be used |
| So what do we charge | Batteries at 18 percent. Inverters as per the table above. Nothing changes |
| What you say | "Wo rate poore solar system par lagta hai, jisme panel bhi shaamil ho. Kent panel nahi bechta, isliye humare invoice par battery 18 percent par hi aayegi." |
Every M1 and G3 comes with the 4G data logger, the M2M SIM and five years of data included. Partners and customers will ask what happens after that.
| First 5 years | Included free with the inverter. The customer pays nothing |
| After 5 years | ₹6,000 plus GST for the next five years |
| Who bills it | Kent sends it to the customer directly |
| What you say | "Paanch saal to bilkul free hai. Uske baad agle paanch saal ke liye chhe hazaar plus GST, aur wo Kent seedha customer ko bhejta hai." |
Go to market
This section will carry the comparison against the brands the team meets in the market — Luminous, Exide, Livguard and Microtek in the non-solar channel, and Solis, Deye, Eastman and Feston in the solar channel.
Competitor models, ratings and warranty terms change without notice. A number remembered from last year, repeated to a customer, is how we lose a deal and our credibility at the same time. Everything on this page will come from current published datasheets, with the date it was checked.