The sun tirelessly beams down energy, and with a solar rooftop system, you can harness this incredible power to illuminate your home and reduce your electricity bills. While solar panels are the visible stars of any installation, the true brain of the operation, is the grid-tie inverter. It's the critical component that converts the DC electricity generated by your panels into usable AC electricity for your home and the grid.
In an era defined by the urgent need for sustainable solutions, solar energy stands as a clear guide of possibility promising a future powered by clean, abundant resources. True efficiency, however, requires more than just panels. At the core of every efficient solar installation lies a critical component: the inverter.
As we step into 2025, the global push towards sustainable energy sources is more fervent than ever. For homeowners and small businesses, investing in solar power is no longer just an environmental statement but a smart financial decision.
In the dazzling world of renewable energy, solar power stands out as a beacon of sustainability and self-sufficiency. At the very core of every efficient solar installation lies a device often hailed as its "brain", that is the solar inverter. But not all inverters are created equal. If you’ve ever wondered how a solar system can seamlessly power your home and even earn you credits on your electricity bill, the answer lies in the ingenious technology of the grid-tie solar inverter.
In India’s energy transformation story, hybrid inverters have emerged as the bridge between traditional grid systems and fully off‑grid solar setups. They combine the benefits of grid‑tie and battery storage, enabling smarter energy management, self‑consumption, and resilience during outages. In this blog, we’ll unpack why hybrid inverters are taking off in India and how Eastman Auto & Power Limited is leading this shift and help you understand how this could power your needs whether residential or commercial more intelligently.
Across rural India, power interruptions remain a daily challenge, with families and businesses often struggling against unreliable grids and frequent blackouts. For these communities, electricity isn’t just about convenience, it powers education, livelihoods, and healthcare.
When it comes to charging electric vehicles, not all chargers are made equal. Especially in the world of modern lithium batteries, the way your charger communicates with the battery can make a big difference in safety, performance, and long-term reliability.
That’s where CAN-based chargers step in. Let us break down how they are different from traditional non-CAN chargers, and why that matters.
VA Rating: 2000VA
Warranty: 36 Months
Charger: LithTec
| Product Specifications | 2000VA-24V |
|---|---|
| Input Voltage (Wide Mode) | 90V-300V ± 10V |
| Input Voltage (Narrow Mode) | 180V-260V ± 10V |
| Output Voltage on Mains Mode | Same as input |
| Output Voltage on UPS Mode | 210V-220V ± 10% |
| Output Frequency on UPS Mode | 50Hz ± 0.1Hz |
| Switching from Mains to UPS and from UPS to Mains | Automatic |
| Battery Charging Current | Constant charging approx 10% of the rated battery current in AH |
| Charger | CCCV |
| UPS overload/UPS Short Circuit | 110% / 300% |
| UPS Transfer Time | ≤15 msec |
| Technology | MICRO CONTROLLER BASED DESIGN |
| Auto Reset Feature | Yes |
| Operating Temperature | 0°C - 45°C |
Zero Cross Transition
Superior Starting Current Handling
Two Step Boost Charging
Temperature Guard Inside
Rapid "in a wink changeover"
Lighting Protector Inside
Home
Office
Industrial Units
Hospitals
Schools
Petrol Pump
Fill the enquiry form or call us on:
78728 78728An inverter converts DC (Direct Current) to AC (Alternating Current), allowing you to use standard electrical devices with a battery or solar power source.
A 12V inverter operates on a 12-volt DC input, while a 24V inverter uses a 24-volt DC input. Further, with a 12V inverter you can use a single battery whereas with a 24V inverter you can use double battery. Due to this, a 24V inverter is typically more efficient and suitable for higher power and longer backup applications.
A sine wave inverter produces a smooth, consistent waveform similar to utility power, ideal for sensitive electronics. A square wave inverter generates a more abrupt waveform, less suited for sensitive devices. Due to this, the devices are kept safe and perform without any humming noise or flickers.
To choose the right inverter for your home, consider your power needs, battery voltage, and the type of devices you plan to run, ensuring compatibility and efficiency. Use our load calculator to get the best suited recommendations for your requirement.
Yes, you can run heavy appliances like ACs, motors, and mixer grinders on our inverters, provided the inverter has sufficient capacity to handle the load.
The best inverter for your home depends on your power requirements, with our sine wave inverters offering reliability and efficiency for most household needs. Calculate your load now for our recommendations on your requirement.
Our regulated voltage output provides stable power for sensitive devices, while non-regulated output may vary, suitable for less sensitive appliances.
VA Rating: 1500VA
Warranty: 36 Months
Charger: LithTec
| Product Specifications | 1500VA-12V |
|---|---|
| Input Voltage (Wide Mode) | 90V-300V ± 10V |
| Input Voltage (Narrow Mode) | 180V-260V ± 10V |
| Output Voltage on Mains Mode | Same as input |
| Output Voltage on UPS Mode | 210V-220V ± 10% |
| Output Frequency on UPS Mode | 50Hz ± 0.1Hz |
| Switching from Mains to UPS and from UPS to Mains | Automatic |
| Battery Charging Current | Constant charging approx 10% of the rated battery current in AH |
| Charger | CCCV |
| UPS overload/UPS Short Circuit | 110% / 300% |
| UPS Transfer Time | ≤15 msec |
| Technology | MICRO CONTROLLER BASED DESIGN |
| Auto Reset Feature | Yes |
| Operating Temperature | 0°C - 45°C |
Zero Cross Transition
Superior Starting Current Handling
Two Step Boost Charging
Temperature Guard Inside
Rapid "in a wink changeover"
Lighting Protector Inside
Home
Office
Industrial Units
Hospitals
Schools
Petrol Pump
Fill the enquiry form or call us on:
78728 78728An inverter converts DC (Direct Current) to AC (Alternating Current), allowing you to use standard electrical devices with a battery or solar power source.
A 12V inverter operates on a 12-volt DC input, while a 24V inverter uses a 24-volt DC input. Further, with a 12V inverter you can use a single battery whereas with a 24V inverter you can use double battery. Due to this, a 24V inverter is typically more efficient and suitable for higher power and longer backup applications.
A sine wave inverter produces a smooth, consistent waveform similar to utility power, ideal for sensitive electronics. A square wave inverter generates a more abrupt waveform, less suited for sensitive devices. Due to this, the devices are kept safe and perform without any humming noise or flickers.
To choose the right inverter for your home, consider your power needs, battery voltage, and the type of devices you plan to run, ensuring compatibility and efficiency. Use our load calculator to get the best suited recommendations for your requirement.
Yes, you can run heavy appliances like ACs, motors, and mixer grinders on our inverters, provided the inverter has sufficient capacity to handle the load.
The best inverter for your home depends on your power requirements, with our sine wave inverters offering reliability and efficiency for most household needs. Calculate your load now for our recommendations on your requirement.
Our regulated voltage output provides stable power for sensitive devices, while non-regulated output may vary, suitable for less sensitive appliances.
VA Rating: 1200VA
Warranty: 36 Months
Charger: LithTec
| Product Specifications | 1200VA-12V |
|---|---|
| Input Voltage (Wide Mode) | 90V-300V ± 10V |
| Input Voltage (Narrow Mode) | 180V-260V ± 10V |
| Output Voltage on Mains Mode | Same as input |
| Output Voltage on UPS Mode | 210V-220V ± 10% |
| Output Frequency on UPS Mode | 50Hz ± 0.1Hz |
| Switching from Mains to UPS and from UPS to Mains | Automatic |
| Battery Charging Current | Constant charging approx 10% of the rated battery current in AH |
| Charger | CCCV |
| UPS overload/UPS Short Circuit | 110% / 300% |
| UPS Transfer Time | ≤15 msec |
| Technology | MICRO CONTROLLER BASED DESIGN |
| Auto Reset Feature | Yes |
| Operating Temperature | 0°C - 45°C |
Zero Cross Transition
Superior Starting Current Handling
Two Step Boost Charging
Temperature Guard Inside
Rapid "in a wink changeover"
Lighting Protector Inside
Home
Office
Industrial Units
Hospitals
Schools
Petrol Pump
Fill the enquiry form or call us on:
78728 78728An inverter converts DC (Direct Current) to AC (Alternating Current), allowing you to use standard electrical devices with a battery or solar power source.
A 12V inverter operates on a 12-volt DC input, while a 24V inverter uses a 24-volt DC input. Further, with a 12V inverter you can use a single battery whereas with a 24V inverter you can use double battery. Due to this, a 24V inverter is typically more efficient and suitable for higher power and longer backup applications.
A sine wave inverter produces a smooth, consistent waveform similar to utility power, ideal for sensitive electronics. A square wave inverter generates a more abrupt waveform, less suited for sensitive devices. Due to this, the devices are kept safe and perform without any humming noise or flickers.
To choose the right inverter for your home, consider your power needs, battery voltage, and the type of devices you plan to run, ensuring compatibility and efficiency. Use our load calculator to get the best suited recommendations for your requirement.
Yes, you can run heavy appliances like ACs, motors, and mixer grinders on our inverters, provided the inverter has sufficient capacity to handle the load.
The best inverter for your home depends on your power requirements, with our sine wave inverters offering reliability and efficiency for most household needs. Calculate your load now for our recommendations on your requirement.
Our regulated voltage output provides stable power for sensitive devices, while non-regulated output may vary, suitable for less sensitive appliances.
