The Aveva System Platform offers unparalleled scalability and flexibility, making it a powerful solution for diverse industrial applications. This article explores the scalability and adaptability of Aveva’s System Platform, its benefits, and success stories from companies that have leveraged its capabilities, provided by PIMA, an Aveva technology partner.

Understanding the Scalability of the Aveva System Platform

Definition and Features
The Aveva System Platform is designed to scale seamlessly with the growth of industrial operations. Its architecture supports small-scale implementations and large, complex systems, ensuring it can handle increasing data volumes and more extensive operational requirements.

Adaptability to Industrial Applications
Aveva’s platform is versatile, adapting to various industrial applications, from manufacturing and energy to utilities and infrastructure. This flexibility allows it to integrate with existing systems and scale according to business needs.

Benefits of a Flexible and Scalable Platform

Cost Savings
A scalable platform reduces the need for extensive system overhauls as businesses grow. It allows for incremental upgrades, which translates to cost savings over time.

Improved Performance
The flexibility of the Aveva System Platform ensures optimal performance across different applications, enhancing efficiency and productivity.

Future-Proofing
The ability to adapt to evolving technologies and business needs means that companies can future-proof their operations, ensuring long-term viability and competitiveness.

Enhanced Integration
The platform’s scalability supports integration with various industrial systems and data sources, facilitating a unified process management and control approach.

Success Stories and Implementation Examples

Manufacturing Plant
A manufacturing plant adopted the Aveva System Platform to manage its expanding operations. The platform’s scalability allowed the plant to integrate new production lines and processes smoothly, resulting in a 20% increase in operational efficiency.

Energy Sector
An energy company utilized the flexible capabilities of Aveva’s platform to manage a diverse range of energy assets. The platform’s adaptability enabled the company to optimize its operations across different energy sources, improving overall performance and reducing operational costs.

Utilities Provider
A utilities provider implemented the Aveva System Platform to enhance its infrastructure management. The platform’s scalability facilitated the integration of new technologies and systems, supporting the provider’s growth and operational improvements.

Conclusion

The Aveva System Platform, provided by PIMA, offers exceptional scalability and flexibility, making it an ideal choice for various industrial applications. Its ability to adapt to growing business needs and diverse operational requirements brings significant benefits, including cost savings, improved performance, and future-proofing. By leveraging Aveva’s scalable solutions, companies can enhance their operations and achieve long-term success.

For more information on Aveva’s System Platform and its benefits, visit Aveva System Platform Solutions.

How APFC Panels Save You Lakhs in Electricity Bills

Electricity bills are a major concern for industries with heavy machinery and 24/7 operations. What many don’t realize is that a low power factor silently drains their budget. An APFC panel can fix this.
If you’re a facility manager, plant head, or operations supervisor, you’ve likely faced unexplained charges or power inefficiencies. These charges often come from poor power factor — something you’re penalized for without even noticing.
By installing an APFC panel, you can fix the issue automatically, stop paying unnecessary penalties, and save your business lakhs in electricity bills every year.

What Is an APFC Panel?

An APFC (Automatic Power Factor Control) panel is an automated system designed to correct power factor by switching capacitor banks based on real-time load. It monitors how much reactive power is being wasted and reduces it by injecting the right amount of correction.
This helps your facility maintain a high power factor (usually above 0.95), improve system efficiency, and avoid utility penalties.

How It Saves You Money

Here’s how an APFC panel puts money back in your pocket:

Avoids Penalties:

Electricity providers charge extra for low power factor.

Reduces Reactive Load:

Cuts wastage by correcting non-productive power.

Lowers Demand Charges:

Efficient energy usage often reduces maximum demand readings.

Protects Equipment:

Maintains voltage stability and reduces overheating, leading to fewer breakdowns.
These savings, over time, can run into several lakhs per year — especially for facilities with large motor loads.

Real-World Savings: How Businesses Save Lakhs

Let’s put things into perspective. A medium-sized manufacturing plant consuming 500 kW with a power factor of 0.75 may end up paying 10–15% more on electricity bills due to inefficiencies and penalties — that’s an extra ₹3–5 lakhs annually lost to reactive power.
Now, imagine that same plant installing an APFC panel. By improving the power factor to 0.98 or higher, those penalties disappear and overall energy usage becomes more efficient. Across India, businesses are seeing similar results — many recover their investment within 12 to 18 months.
Take a plastic components facility in Ahmedabad, for example. They were paying over ₹35,000 per month in penalties before partnering with Pima Controls, a trusted panel manufacturing company. After installation, their power factor jumped from 0.76 to 0.98. Penalties were eliminated, and they now save over ₹4.5 lakhs every year — without any additional energy upgrades.
This kind of ROI isn’t theoretical. It’s real, proven, and scalable.

Who Needs an APFC Panel?

If your facility runs motors, compressors, or inductive equipment, you’re at risk of low power factor — and should install an APFC panel. Key industries include:
  • Textile
  • Plastics & Injection Molding
  • Pharmaceuticals
  • Metal Processing
  • Cement
  • Commercial buildings like malls and hospitals
Whether you’re in Ahmedabad, Mumbai, Pune, or elsewhere, the need is the same.

What’s Inside an APFC Panel?

Here’s what powers the savings:
  • Controller (Relay or Microcontroller): Brain of the system.
  • Capacitor Banks: Provide reactive power correction.
  • Contactors: Switch capacitors on/off.
  • Current Transformers (CTs): Measure load.
  • Protection Devices: Keep the system safe.
  • Cooling Fans: Ensure thermal stability.
Each part ensures the system runs efficiently and reliably.

Why Power Factor Matters

Power factor is the ratio between useful (active) power and total power drawn. A low power factor means you’re pulling more power than needed — and getting charged for it.
Utility companies often impose penalties when power factor drops below 0.9 or 0.95. With an APFC panel, you maintain power factor automatically — and avoid those charges.

Final Thoughts

An APFC panel isn’t just a technical upgrade — it’s a high-impact financial decision. By improving energy efficiency, preventing equipment stress, and eliminating penalty charges, it offers consistent, measurable returns.
To get the best results, work with an experienced panel manufacturing company like Pima Controls. We’ve helped businesses across Ahmedabad, Mumbai, Pune, and beyond cut their electricity bills and boost power system reliability.
Ready to start saving lakhs on electricity bills? Contact Pima Controls today. We’ll guide you through the process and help you install the right APFC panel for your facility.

FAQs

It’s a panel that corrects power factor automatically by switching capacitors based on load conditions.
Manufacturing plants, malls, hospitals — any facility with inductive loads.
Near the main distribution board or load center.
To reduce energy costs, avoid penalties, and protect equipment.
Anywhere from ₹1 lakh to ₹10 lakhs a year depending on your setup.
Yes, no manual intervention is needed after setup.

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