Quick Answer: The entire appeal of a Performance-as-a-Service (PaaS) or Zero CapEx model rests on one promise: The energy savings will pay for the system.

But the most common question from CFOs and finance directors is: "What if the technology fails and the savings don't materialize?"

In a traditional purchase (CapEx), the answer is grim: You lose money. In a true PaaS model, you are protected by a Performance Guarantee.

The Mechanics of the Performance Guarantee

Before a contract is signed, the provider conducts an audit and guarantees a minimum savings threshold (e.g., "We guarantee this system will save RM 10,000 per month").

Because you share a percentage of the actual savings (e.g., you keep 20%, the provider takes 80% to pay off the hardware), your payment is directly tied to the system's performance.

Scenario A: The System Underperforms

If the system only saves RM 6,000 in a month (due to a sensor glitch or hardware issue), the provider's invoice shrinks automatically. You still pay RM 0 out of pocket; the provider simply takes a massive hit to their ROI. The risk is entirely on their balance sheet.

Scenario B: The System Fails Completely

If a severe failure occurs and savings drop to zero, you owe the provider nothing. Furthermore, because our monthly revenue is drawn directly from your savings, any downtime hits our balance sheet immediately. This built-in financial penalty ensures our technical team acts urgently to restore performance. This is why understanding the full scope of the 10-Year Warranty SLA is critical.

Shifting the Financial Risk

  • Risk of Hardware Failure: CapEx (Owner pays to fix) vs. PaaS (Provider fixes for free)
  • Risk of Lower Savings: CapEx (Owner's ROI is destroyed) vs. PaaS (Provider absorbs the financial loss)
  • Incentive to Fix Fast: CapEx (Low, contractor already got paid) vs. PaaS (Extremely High, provider loses money every hour the system is down)

FAQ: Frequently Asked Questions

Q: Can the provider blame us for the low savings? A: The IPMVP (International Performance Measurement and Verification Protocol) is used to prevent disputes. If your building's occupancy changes dramatically (e.g., a factory adds a night shift), the baseline is mathematically adjusted according to pre-agreed formulas to ensure fairness for both parties.

Q: Have there been cases where the savings were zero? A: With mature AIoT radar technology, it is virtually impossible for savings to hit zero unless the hardware is physically destroyed. Even a basic radar tube defaulting to about 10% standby creates massive savings over a 36W fluorescent tube. Learn how to verify ROI and energy savings using real-time dashboard data.