ARVI Power Engineering
When a PLC Trips and Halts Your Line, the Real Cause Is Often the Power.
Factory machinery, drives and controls draw power in sharp, non-linear pulses. Most UPS systems let the waveform distort under that stress — and the first thing to fall over is the most sensitive device on the line: the PLC. The trip was the symptom. Power quality is the cause.
“Share your process automation and factory machinery load profile for a 15–30 minute technical review and UPS sizing recommendation — we come to you.”
ARVI
HSP UPS
HSP UPS
DVIDynamically Varying Impedance
CPDCrest Power Delivery
10–15Year engineered lifecycle
CUSTOMERS
What Actually Runs on Your Factory Floor
Dynamic, Non-Linear Loads That Stress the Waveform Differently
Across production lines, process plants and automated cells, the load is dynamic and non-linear. Each of these draws power differently — and each stresses the waveform in its own way:
Line motors
Direct-on-line motors create high inrush; conveyors, mixers and production drives vary continuously.
VFD and servo drives
Speed and motion control that emits harmonics back into the supply.
Compressors, chillers and blowers
High cyclic loads with repetitive peak demand at start-up.
Heaters and precision heaters
Phase-controlled resistive loads that generate harmonic distortion and voltage fluctuation.
PLC, SCADA and HMI systems
The sensitive control layer that needs a clean, stable supply at all times, and the first to trip when it doesn’t get one.
Together they create a mixed, non-linear environment where power quality directly drives process reliability, automation life and production continuity.
What Actually Protects It
DVI, CPD and the HSP Model
At the core of the ARVI HSP UPS is a proprietary topology called DVI — Dynamically Varying Impedance. Where a conventional UPS runs with a relatively fixed output response, the HSP model continuously senses the load current and dynamically varies its output impedance, using a proprietary switching topology and specially designed magnetics.
The result is CPD — Crest Power Delivery: a clean, undistorted waveform, held stable even during repetitive peak demand and real factory load stress.
That is the whole difference. DVI is how the system responds to your load in real time. CPD is what your machinery and controls actually receive. The HSP model is where both are engineered in as standard — turning the UPS into a machinery protection system.
Dynamic LoadHigh inrush · Harmonics · Peak demand
DVIReal-time impedance response
CPD OutputClean waveform · No dip · Controlled THD
Engineered UPS
You don’t get a generic industrial UPS. You get an engineered power system that protects the machinery and automation you’ve invested in.
ARVI designs UPS for mission-critical manufacturing and factory environments — line motors and drives, the PLC / SCADA / HMI control layer, compressors, chillers, blowers and heaters, and the non-linear switched-mode loads across a production floor.
With DVI and CPD as standard, ARVI HSP systems:
- Handle high inrush and repetitive peak demand without output voltage dip
- Prevent crest clipping and waveform distortion, keeping THD under control across every connected load
- Protect drive and control power supplies from harmonic stress
- Reduce the nuisance trips, component failures and production downtime a distorted waveform causes
Clean power — especially through peak load cycles — extends machinery and automation life, cuts warranty and repair cost, and lowers total cost of ownership. These systems are engineered for 10–15 year lifecycles under continuously variable factory load.
Not an industrial UPS, that complies with the norms; but an engineered UPS that delivers the instantaneous energy required throughout repetitive high non-linear load operation maintaining premium grade quality of output power waveform without any distortion or dip in the output voltage.
When It Matters Most
Higher-Capacity & Critical Support
For a small installation, a local service office may be enough. For a production-scale, mission-critical line, the difference between a local factory and a local branch office becomes decisive.
The real question isn’t whether a supplier has a Bangalore office. It’s whether they have a complete factory ecosystem — spare availability, standby capability and deeper technical competencies — on hand locally when your floor needs it most.
When a critical UPS fault goes beyond routine field troubleshooting, a local factory puts an entire team on standby: senior service engineers, service and technical heads, the senior engineering and R&D teams, senior testing engineers, and production and quality teams. A branch office resolves routine issues — but a complex failure can wait on senior resources sitting in another city. On a stopped line, that wait is the risk.
Key advantages of a local factory
- Complete local access to UPS spares for faster resolution
- Faster emergency response for production-scale factory UPS failures
- Factory-level technical escalation without city-to-city delays
- Standby UPS support for critical systems
- Faster repair, testing and recommissioning
- No dependency on another city for spares or engineering decisions
All of it rests on one thing — the company behind the product.
Verification
Do You Actually Know the UPS You’re Buying?
When a supplier operates only through a sales, branch or service office, you get the brochure — not the full picture of what stands behind the product. You may not know whether the system is genuinely designed and built in-house, or simply assembled from imported knock-down kits.
And when there’s no local manufacturing, you lose the ability to verify the product before it ships. Factory Acceptance Testing, pre-dispatch inspection, load testing and a direct conversation with the engineers may not be possible at all.
For a critical factory UPS, that gap is the real risk. The question isn’t only who you’re buying from. It’s whether you truly know what you’re buying, and what you’re getting, before it reaches your floor.
What a Local Bangalore Factory Lets You Verify
01
Witness a Factory Acceptance Test
See your system, and its DVI + CPD performance under factory load, proven before dispatch.
02
Run pre-dispatch inspection
Verify build quality and readiness with your own eyes.
03
See load testing
Against your actual factory load profile, not a generic spec.
04
Talk directly to the engineering team
The people who designed it, not a sales channel.
05
Request customization
Because the design and build happen here.
06
Confirm in-house engineering
Genuinely built, not assembled from imported kits.
About ARVI
28 Years. 100,000+ Installations. Application-Specific by Design.
ARVI Systems & Controls Pvt. Ltd., Bangalore, is an ISO 9001:2015 certified power-engineering company that has manufactured UPS and advanced power systems since 1998. Over 28 years and 100,000+ installations, ARVI has built application-specific power systems rather than standardised products.
Every system is engineered after detailed load analysis by an in-house R&D team, and built to IEC 62040 and CE requirements for mission-critical environments. Approved by organisations including BEL, Accenture, Honeywell and L&T, ARVI delivers long-lifecycle UPS platforms with DVI and CPD at their core — purpose-built for manufacturing, factory machinery and process automation protection.
28Years
100,000+Installations
1998Since
10–15Year lifecycle
Come See It Before You Commit
Don’t Take Our Word for It. Come See It.
Visit the Bangalore facility. Witness a Factory Acceptance Test. See your UPS loaded and tested under factory conditions before it ships. Meet the engineers who designed it. For a mission-critical power system, that’s the difference between hoping you bought right and knowing you did.
Visit Our Bangalore Facility / Request a Factory Acceptance Test“For manufacturing and factory buyers in evaluation: verify the build, the testing and the team before you commit. Two ways forward — let us assess your factory load, or come look at our factory. Either way, you stop guessing.”
Factory Acceptance Testing
Verify the build, testing and engineering team before your UPS reaches the factory floor.
Technical Consultation
Book an On-Site Load Behaviour Assessment
Share your process automation and factory machinery load profile for a 15–30 minute technical review and UPS sizing recommendation — we come to you.
Application-specific load review
UPS capacity and sizing recommendation
Factory visit and FAT option