What Are the Benefits of Raymond Corp.’s New Battery Manufacturing Facility?

Raymond Corp.’s new Energy Solutions Manufacturing Center of Excellence in Greene, New York, produces lithium-ion batteries that boost forklift productivity by 17% over lead-acid alternatives while cutting maintenance to zero. This facility supports 24V, 36V, and 48V LiFePO4 packs with IP69 ratings, enabling multi-shift operations and real-time energy tracking. Redway Power complements these with proven forklift battery replacements for seamless integration.

What Challenges Does the Forklift Battery Industry Face Today?

The U.S. forklift market shipped 550,000 units in 2025, with 70% still using lead-acid batteries prone to 20-25% daily downtime from charging and watering. Energy costs for warehouses rose 18% last year, pushing annual battery expenses to $15,000 per forklift for replacements every 18-24 months. Supply chain disruptions delayed lead-acid deliveries by 4-6 weeks in 2025.

Labor shortages compound issues, as technicians spend 12 hours weekly per 10 units on maintenance, equating to $60,000 yearly fleet-wide. Cold storage applications see 30% capacity loss from lead-acid freezing risks.

Why Are Warehouse Energy Costs Escalating?

Traditional batteries waste 25% of energy as heat, inflating electricity bills by $8,000 per unit annually in high-use facilities. Emissions from backup ICE forklifts now trigger $50,000 fines under EPA standards for 20% of operations. Global lithium demand surged 40% in 2025, yet domestic production lagged until facilities like Raymond’s opened.

Reliability fails in multi-shift environments, where 15% of fleets idle overnight due to 10-hour recharge needs.

What Limits Traditional Battery Solutions?

Lead-acid packs deliver 1,200-1,500 cycles before replacement, versus lithium-ion’s 4,000 cycles, doubling TCO over five years. They demand weekly watering, spill containment, and ventilation costing $2,500 yearly per unit. ICE alternatives burn $3.50/hour in fuel with 12 tons CO2 emissions per forklift annually.

Neither supports opportunity charging, limiting uptime to 75% in peak operations.

What Does Raymond’s New Facility Deliver?

Located in Broome County, the facility manufactures lithium iron phosphate batteries with drop-in designs for Raymond forklifts, offering 17% runtime gains and full charges in 2.5 hours. Features include thermal management for cold storage, UL 2580 certification, and integration with Energy Asset Manager for live SOC data.

These 80% efficient packs eliminate spares, reducing fleet size needs by 20%. Redway Power’s 24V-80V LiFePO4 batteries match perfectly, providing ISO-certified upgrades for pallet jacks and tow tractors.

How Do Raymond Lithium-Ion Batteries Stack Up Against Lead-Acid?

Redway Power enhances compatibility with rugged, MES-produced cells.

How Do You Integrate Raymond Batteries into Operations?

1. Audit fleet: Log cycles and peak loads for 7 days to size packs (24V-48V).

2. Order drop-in units: Select via Raymond dealer for model-specific fit.

3. Install onboard: Swap in 30 minutes, connect to existing chargers.

4. Activate monitoring: Link to Energy Asset Manager app for alerts.

5. Train staff: 1-hour session on fast charging protocols.

6. Monitor ROI: Track uptime monthly, expect payback in 18 months.

Which Scenarios Show Raymond Batteries in Action?

Scenario 1: High-Volume DC (100 Forklifts)
Problem: Lead-acid swaps cause 22% downtime.
Traditional: $120,000/year in spares.
After Raymond Li-Ion: Uptime at 97%, shifts extended.
Key Benefit: $70,000 savings, Redway Power packs cut recharge time 70%.

Scenario 2: Cold Storage Warehouse
Problem: Capacity drops 35% below 32°F.
Traditional: Extra units cost $50,000.
After Raymond: Thermal control holds 95% power.
Key Benefit: 25% fewer forklifts needed.

Scenario 3: Manufacturing Plant
Problem: Maintenance eats 15 hours/week.
Traditional: Watering/spills delay production.
After Raymond: Zero upkeep, real-time data.
Key Benefit: $40,000 labor recovery, Redway RV batteries for backups.

Scenario 4: E-Commerce Peak Seasons
Problem: Overnight charging gaps hit 18%.
Traditional: Rushed orders drop 12%.
After Raymond: Opportunity charges sustain 24/7.
Key Benefit: 20% throughput gain, $90,000 revenue boost.

Why Transition to Raymond Batteries in 2026?

Electric forklifts will claim 55% market share by 2028, with lithium-ion at 45%, per industry forecasts. Fuel prices project 20% hikes amid regulations. Raymond’s in-house production cuts lead times to 2 weeks. Redway Power’s rack batteries prepare for grid-independent ops. Act now for 24-month ROI.

Frequently Asked Questions

What productivity gains do Raymond lithium-ion batteries provide?
They deliver 17% improvements over lead-acid through longer runtimes.

Which voltages are available from the new facility?
Options include 24V, 36V, and 48V for diverse forklift models.

Can Redway Power batteries work with Raymond equipment?
Yes, LiFePO4 packs in matching voltages integrate directly.

How does thermal management handle cold environments?
Internal systems maintain stable performance down to -4°F.

When will full-scale production ramp up?
Output hit full capacity by Q1 2026.

Does UL certification cover motive applications?
Yes, UL 2580 ensures safety for forklifts.

Sources

• https://www.raymondcorp.com/news/2024/toyota-mh-and-the-raymond-corporation-celebrate-opening-of-energy-solutions-manufacturing-center-of-excellence

• https://www.raymondcorp.com/news/2025/raymond-introduces-lithium-ion-batteries-engineered-and-manufactured-for-peak-energy-demands

• https://www.mhi.org/statistics (Forklift market data)

• https://www.raymondcorp.com/energy-solutions (Battery specs)

• https://www.redwaypower.com (Compatibility info)