Optimizing Oilfield Operations with Smart Remote Tank Monitoring
Revolutionizing Remote Tank Monitoring with Packwise IoT Solutions
At Packwise, our philosophy is simple: deploy and forget.
We design technology you can trust to perform reliably for years under real‑world conditions—not just in the lab. Our approach is driven by four guiding principles that define long‑term reliability in industrial monitoring:
- True cost lies in failure, not hardware. Field downtime, maintenance, and replacement are where expenses multiply—not from investing in higher‑quality components.
- Energy architecture must fit the environment. Battery design and chemistry need to withstand harsh conditions such as freezing temperatures, humidity, and mechanical stress.
- First principle: only usable energy matters. A 19 Ah battery only brings value if it can fully deliver its capacity under peak loads and real conditions.
- Real‑life performance beats lab values. Packwise delivers battery lifetimes exceeding 10 years, calculated from actual application data, not lab simulations.
The question we hear most often from our customers isn't just about features—it's about trust. Specifically: “How do I know my tank monitor will still be working five years from now, even after a brutal winter?”
When you are deploying "fit and forget" technology on critical assets like chemical tanks or water reservoirs, the difference between a successful rollout and a logistical nightmare comes down to one thing: Energy Architecture.
At Packwise, we believe in engineering solutions that last. It’s not just about durable hardware—it’s about delivering reliability over years of real‑world operation. Both the Packwise Smart Cap Ex (ATEX) and the Packwise Smart Cap Basic use our military‑grade Hybrid Pulse System, combining a high‑energy‑density Tadiran primary lithium cell with a Hybrid Layer Capacitor (HLC).
Let's break down why this matters for your operations when your device must perform reliably even in arctic‑level cold and still report data without fail.
- The Pulse Problem: Why Cellular Calls Kill Standard Batteries
Every time your device transmits data via NB‑IoT or LTE‑M, it demands a sudden, massive burst of energy.
Conventional Market Alternatives: Standard bobbin‑type Li‑SOCl₂ cells are excellent for long, slow discharge but struggle with high internal resistance. When hit with a 2‑second transmission pulse, their voltage collapses—often called “voltage sag.”
The Result: Devices shut down early, leaving up to 30% of capacity unused even though the battery is still physically full.
Packwise Smart Cap (Hybrid System): Our design pairs a high‑capacity Tadiran D‑size primary cell (19 Ah) with an HLC‑1550 Hybrid Layer Capacitor.
The Science: The main cell ensures long‑term power, while the HLC acts as a fast responder—charging slowly but discharging instantly for high‑current pulses.
The Result: The cell avoids the voltage “shock.” This hybrid system can handle pulse currents up to 5.0 Amps without significant voltage drop, ensuring 100% usable capacity throughout the device's lifetime. - The Cold Reality: Internal Resistance vs. Extreme Conditions
Cold is the enemy of batteries. In severe sub‑zero environments, internal resistance skyrockets and voltage sag increases dramatically.
Conventional Market Alternatives: Chemical reactions slow down at freezing temperatures, making high‑load communication almost impossible. Devices often fail or require oversized batteries to compensate.
Packwise Smart Cap (ATEX & Basic): Our Tadiran primary cell features chemistry optimized for long‑term stability and minimal passivation effects. The HLC remains the true differentiator: it maintains exceptionally low impedance even in freezing, arctic‑like conditions, ensuring the power bursts needed for reliable data transmission. - Passivation & Self‑Discharge: The 10‑Year Marathon
In a "fit and forget" deployment, what really counts is Year 10 performance.
Passivation: A protective layer forms naturally inside all Li‑SOCl₂ batteries when idle. Poorly engineered cells suffer delays or voltage drops when reactivated.
Conventional Market Alternatives: More susceptible to voltage delay after long storage periods or fluctuating climates.
Packwise Advantage: Our Tadiran‑based cell chemistry is tailored for industrial longevity:
- Self‑discharge current as low as 3 µA at room temperature
- Retains 80% capacity after 10 years at ambient storage conditions
Critical Verdict: Which Energy Architecture Wins?
If your monitoring solution must survive remote deployment and harsh winter conditions, the choice is clear.
Conventional market alternatives are like a standard car battery—reliable in mild weather, but unreliable when the cold bites.
The Packwise Hybrid System is like a hybrid electric vehicle—it smartly separates energy storage from power delivery, ensuring longevity and instant performance when needed.
Packwise Smart Cap Ex and Basic are not just about batteries; they embody intelligent energy management. By isolating energy storage from pulse discharge, we achieve dependable connectivity, consistent performance, and long‑lasting operation, no matter how demanding the climate.
Designed for the Real World
At Packwise, we don't just assemble components; we engineer solutions for the conditions our customers actually face. Whether it's deep winter cold or industrial summer heat, our hardware is built to last.
Ready to discuss a 10‑year deployment plan for your assets? Contact our team to learn more about the Packwise Smart Cap Ex and Basic and our “deploy and forget” philosophy.