Understanding the GPD260-1212V260Ah GP Battery: A Technical Deep Dive
What Makes the GPD260-1212V260Ah Stand Out?
Ever wondered how industrial power solutions maintain reliability in demanding environments? The GPD260-1212V260Ah battery exemplifies this through its robust 12V/260Ah design, specifically engineered for high-capacity energy storage. Unlike standard alkaline batteries, this valve-regulated sealed lead-acid (VRLA) unit offers maintenance-free operation—perfect for solar installations or backup power systems.
Key Technical Specifications
- Voltage: 12V DC (±1%)
- Capacity: 260Ah @ 20°C (10-hour rate)
- Cycle Life: 1,200 cycles @ 50% depth of discharge
- Terminal Type: M8 threaded copper alloy
Industrial Applications in the Real World
Imagine a remote weather station in the Gobi Desert—this battery’s solar compatibility and -20°C to 60°C operating range make it ideal for such harsh environments. Recent case studies show installations achieving 92% efficiency retention after 18 months in photovoltaic systems.
Performance Benchmarks
- Withstands 30I10 current surges (780A) for 1 minute
- 90-day standby charge retention ≥80%
- Pressure tolerance: ±50kPa without deformation
Installation Pro Tips
Here’s where novices often stumble: cable sizing. For a 12V 260Ah setup:
- 6mm² cables handle 7kW loads
- 10mm² supports 10kW continuous
- Always maintain torque specs (12-15Nm for terminals)
Maintenance Myths Busted
Contrary to popular belief, these VRLA batteries don’t need water refills—but do monitor for:
- Case bulging (indicates overcharging)
- Terminal corrosion (apply dielectric grease biannually)
- Voltage drift beyond 13.8V (requires equalization charging)
The Future of Energy Storage
While lithium-ion grabs headlines, advanced lead-carbon variants of the GPD260 series now achieve 40% faster recharge rates. Industry reports predict VRLA batteries will maintain 65% market share in industrial applications through 2030 due to their cost-effectiveness and safety profile.
Safety First: Compliance Standards
- UL 1989 certified
- IEC 60896-21 compliant
- Exceeds UN38.3 transportation requirements
- Pre: BT-12M10AC Saite Battery: Your Reliable Power Solution for Critical Systems
- Next: iTracer Dream Series LDSolar: The Brain Behind Your Solar Power Dance
Related Contents
Unlocking the Power of MLIT 6GFM-50 Battery: A Technical Deep Dive
a remote cell tower in the Sahara desert, humming with activity despite sandstorms and 50°C heat. What's keeping it alive? The unsung hero - valve-regulated lead-acid (VRLA) batteries like the MLIT 6GFM-50. These powerhouses have become the backbone of critical infrastructure, from 5G to solar farms.
Demystifying the Power-Sonic PS-5OPzV250 Battery: A Technical Deep Dive
Imagine you're designing a solar power system for a remote telecom tower. The battery bank needs to survive -20°C winters, handle daily deep discharges, and outlast the equipment it powers. This is where industrial batteries like the Power-Sonic PS-5OPzV250 shine - but what makes this tubular plate gel battery tick?
Understanding the FR1255 12V 5.5Ah Battery for Toyota Fortuner: A Technical Deep Dive
Let's cut through the marketing jargon: The FR1255 12V 5.5Ah isn't your average car battery. Designed specifically for Toyota's rugged Fortuner series, this compact power source acts like a miniature nuclear reactor for your SUV's electrical systems. While most drivers only think about batteries when their engine won't start, this unit quietly powers everything from your infotainment system to those cool LED headlights that make night driving feel like daylight.