Why Industrial Plants Should Invest in Hybrid Inverters with Solar Battery Charging

Globally, the industrial world is one of the largest energy consumers. Yet, it is also among the most prominent ones struggling with it. Even today, many remote manufacturing units flounder with a reliable energy supply.

However, the challenges don’t end here. While grappling with reliability and efficiency, industries also struggle with rising energy costs and the need to adopt sustainability. All of this while maintaining production benchmarks, quality, and customer satisfaction!

This is where a hybrid inverter with solar battery charging steps in. So, if you are an industry owner facing energy challenges, it is time to upgrade. Here’s why a hybrid inverter with solar battery charging is the right alternative.

• Continuous, Seamless Production

In precision manufacturing environments, even a millisecond of flicker can land the company in a catastrophic situation. In the event of grid failure, conventional on-grid inverters are forcefully shut down for safety (technically called anti-islanding).

However, a hybrid inverter serves as a heavy-duty UPS, switching seamlessly to battery power, ensuring sensitive machinery, CNC setups, and assembly lines operate normally.

• Reducing Demand Charges: Peak Shaving

Industrial energy bills are often divided between energy use (kWh) and peak demand charges, calculated based on the highest level of electricity a company uses during a single interval. But with hybrid inverters, companies can perform peak shaving. Discharging stored battery energy during high-demand periods can soften their demand curve, lowering the heavy surcharges of utility providers.

• Energy Arbitrage

Advanced hybrid inverters manage energy based on real-time electricity rates. The process allows the system to charge batteries using cheap grid power during low-demand hours or through excess energy generated by solar panels during the day. Then, during peak hours, the system uses the stored energy. Therefore, the company auto-switches, ensuring it uses the cheapest available energy.

• Scalability and Flexibility

Unlike conventional systems, a hybrid inverter with solar battery charging is highly scalable. It allows industrial plants to add more solar panels or battery capacity as required. Such a level of flexibility ensures the system evolves with the company’s business and energy needs. Therefore, installing a hybrid inverter with solar battery charging can help protect the company’s evolving operational and commercial interests.

• Enhanced Power Quality and Voltage Regulation

Voltage sags, swells, and frequency variations can hurt critical equipment, leading to early wear, costly maintenance, or replacements. But a hybrid inverter with solar battery charging protects such equipment by stabilizing the incoming power. It filters the grid noise and maintains a uniform sine wave output from the batteries and solar panels.

• Real-Time Data and Remote Monitoring

IoT-based monitoring is yet another significant feature of a hybrid inverter. It enables industrial unit managers to track energy generation, storage levels, and consumption patterns in real-time through mobile apps or desktop dashboards. Such levels of transparency enable them to make informed decisions concerning shift adjustments based on peak solar production or identifying machinery that guzzles up excess energy.

• Reduced Carbon Footprint

Hybrid inverters support sustainability by helping manufacturing companies rely more on renewable energy and reduce their carbon emissions. Integrating solar power with battery storage helps industries curtail fossil fuel use, reduce greenhouse gas emissions, and comply with ESG goals.

Prepared to Embrace the Future of Energy Reliability?

Then, EnerTech is here to help. Our solar hybrid inverters (SunMagic and REeFI) deliver industrial energy excellence through features that conventional systems cannot rival.

While SunMagic is a 1Ph inverter, REeFI is a 3Ph inverter product with numerous capabilities that help industries reduce grid dependency, ensure uniform, uninterrupted supply, and prioritize solar energy to also curb energy costs.

So, stop struggling and expedite your journey to energy cost-savings and sustainability with EnerTech. Please email us at sales@enertechups.com to learn how our products can help you accomplish your energy goals.

Frequently Asked Questions

What is the difference between a hybrid and a normal inverter?

Hybrid inverters can store excess energy in batteries and make it available. But traditional inverters rely on real-time power conversion alone.

What is the usual payback period of a hybrid inverter?

It depends on the system’s size and energy use. Therefore, we recommend connecting with our experts to calculate the payback period of your hybrid inverter.

Can a solar hybrid inverter work during an outage?

Yes. This is one of the key advantages of a solar hybrid inverter. It provides backup power from the excess energy stored.

What is the cost of a solar hybrid inverter?

The cost depends on various factors, some of which include the quality of the inverter, its capacity, the manufacturer’s reputation, and the overall value it delivers. Hence, you must consult the manufacturer’s team for an estimate.

Does a hybrid inverter with solar battery charging require maintenance?

Yes. However, top-tier hybrid inverters require minimal maintenance in the form of periodic battery checks and system performance.

Is it possible to charge batteries while it is raining?

Yes. A hybrid inverter can prioritize grid charging during low-solar periods, ensuring you have power stored in the batteries during emergencies.

Is a solar hybrid inverter pricier than a conventional one?

The upfront cost is surely higher. Yet, you must focus on the value in terms of increased energy reliability, reduced energy costs, and sustainability in the long run.