FG-2V1500AH FGET Battery: Powerhouse for Industrial Energy Storage


Contact online >>

HOME / FG-2V1500AH FGET Battery: Powerhouse for Industrial Energy Storage

FG-2V1500AH FGET Battery: Powerhouse for Industrial Energy Storage

Understanding the Beast: Technical Specifications

Let's cut through the jargon first - when we talk about FG-2V1500AH FGET batteries, we're essentially discussing a 2-volt cell with massive 1,500 amp-hour capacity. To put this in perspective, this single battery unit can theoretically deliver 3 kWh of energy (2V × 1500Ah = 3000Wh). That's enough to power:

  • A medium-sized refrigerator for 24 hours
  • 50 LED light bulbs simultaneously for 10 hours
  • Critical hospital equipment during 8-hour power outages

Weight Matters: The Lead-Acid Reality

Don't even think about lifting this monster alone - typical 2V1500AH units weigh around 150 kg (330 lbs), roughly equivalent to two adult pandas. The weight comes from lead plates that could cover a small coffee table, submerged in electrolyte solution that's carefully contained in durable ABS casing.

Where Giants Roam: Industrial Applications

These batteries aren't for your backyard solar setup. They're the workhorses powering:

  • Telecom towers keeping 5G networks alive
  • Nuclear plant control systems (safety never sleeps)
  • Metro rail signaling systems moving millions daily

Case Study: Shanghai Data Center Backup

When Typhoon In-Fa knocked out power in 2023, a bank of 240 FGET batteries (configured in 480V DC system) kept 15,000 servers online for 43 minutes - enough time for diesel generators to kick in, preventing $8.2 million in potential data loss.

Maintenance: Love Your Lead Acid

These batteries demand respect:

  • Keep them between 20-25°C - every 10°C above 25°C halves their 5-year design life
  • Monthly equalization charges prevent "lazy cell syndrome"
  • Use infrared cameras to spot thermal anomalies before they become meltdowns

The Temperature Tango

Imagine the battery as a grumpy old professor - it hates temperature swings. A 2024 study showed properly temperature-controlled FGET installations achieved 2,800 cycles vs. 1,900 cycles in uncontrolled environments. That's 7 extra years of service in harsh climates!

Future-Proofing Energy Storage

While lithium-ion grabs headlines, advanced lead-carbon variants of 2V1500AH batteries now offer:

  • 40% faster recharge capability
  • Partial state-of-charge (PSOC) tolerance for solar applications
  • 95%+ material recyclability - critical for ESG compliance

Hybrid Systems: Best of Both Worlds

Forward-thinking plants now pair lead-acid banks with lithium-ion for "energy yin-yang" - using lithium for daily cycling while reserving FGET batteries for emergency backup. It's like having a sports car for daily commute and a tank parked in the garage for emergencies.

Installation Gotchas: Lessons from the Field

An engineer once told me: "Installing these is 10% electrical work, 90% structural engineering." True story - a Beijing data center had to reinforce floors when adding 800 FGET units. Always check:

  • Floor loading capacity (≥ 1000 kg/m² recommended)
  • Ventilation requirements (hydrogen is lighter than air but doesn't play nice)
  • Seismic considerations - these mass dampers could double as earthquake stabilizers

Related information recommended

Visit our Blog to read more articles

Contact Us

We are deeply committed to excellence in all our endeavors.
Since we maintain control over our products, our customers can be assured of nothing but the best quality at all times.