When it comes to investing in data centers, critical factors such as energy consumption, carbon emissions, and power stability become key decision-making elements. Industry research indicates a yearly growth rate of 10% in data center energy consumption, with carbon emissions accounting for 2% of the global total. Investors seek innovative solutions to address these challenges. Delving into the issues faced by data centers, we introduce the 9XE battery pack series, offering a unique and efficient energy management solution.

Problem 1: High Energy Consumption and Cost Pressure

The high energy consumption of data centers imposes significant operational cost pressures on investors. For a medium-sized data center, annual power consumption may reach 500,000 kWh, resulting in electricity costs exceeding 5 million RMB.

Solution: The 9XE battery pack optimizes energy storage and usage, effectively reducing data center energy consumption. Real-world applications demonstrate a 25% reduction in energy consumption, saving 125,000 kWh annually and reducing electricity costs by 1.25 million RMB. The intelligent energy management technology of 9XE further adjusts energy supply in real-time, enhancing energy utilization efficiency.

Reasons for Selection: 9XE battery packs exhibit excellent energy management capabilities and cost-effectiveness, addressing the challenge of high energy consumption and yielding improved economic benefits. According to customer feedback, the investment payback period is as short as 18 months.

Problem 2: Carbon Emissions and Environmental Responsibility

Large data centers may produce up to 10,000 tons of carbon emissions annually, significantly impacting the environment.

Solution: 9XE battery packs, by reducing data center energy consumption, contribute to a 30% reduction in carbon emissions, equivalent to a yearly decrease of 3,000 tons of CO2. This reduction is comparable to the carbon absorption capacity of 600,000 trees. Additionally, the environmentally-friendly materials used in 9XE battery packs enhance data center sustainability.

Reasons for Selection: Meeting the environmental responsibility of investors, 9XE battery packs help comply with relevant regulations and policies, enhancing corporate image.

Problem 3: Power Stability and Business Continuity

For data centers in sectors like finance, business continuity is crucial for safeguarding transactions and customer data. Any power interruption poses significant economic and reputational risks.

Solution: 9XE battery packs ensure stable power supply and business continuity through advanced physical protection and network security. Storing surplus energy during low-demand periods and supplying power during peak periods, 9XE enhances power stability by 99.9%. The rapid response feature allows the release of stored energy in milliseconds, meeting instantaneous demand.

Reasons for Selection: 9XE battery packs provide reliable power support, guaranteeing business continuity and reducing data center failure rates by 80%, according to customer feedback.

Case Study: Collaboration with Jiuzhou Tong Corporation

Jiuzhou Tong Corporation, a globally renowned cloud computing service provider, faced challenges such as aging equipment, inefficient cooling systems, and insufficient capacity in their data centers. These issues increased operational costs and posed risks to business continuity, reputation, and competitiveness.

Aging Equipment Issues:

• Performance Degradation: Reduced processing speed and efficiency, leading to slow application performance and delays.

• High Maintenance and Replacement Costs: Frequent breakdowns and severe equipment damage necessitated early replacements, increasing costs.

• Business Interruptions: Critical equipment failures led to business interruptions.

Inefficient Cooling System Issues:

• Overheating: Inefficient cooling systems resulted in higher room temperatures, impairing equipment functionality.

• Reduced Equipment Lifespan: Some equipment experienced premature aging due to temperature issues.

• Lower Energy Efficiency: Exacerbated high energy consumption issues.

Insufficient Capacity Issues:

• Limited Business Operations: Insufficient storage capacity and processing power restricted the acceptance of more business or clients.

• Increased Expansion Costs: Frequent data center expansions increased capital and operational expenditures.

Optimization Measures by 9XE:

• Efficient and Low-Energy LiFePO4 Battery Packs: 9XE provided high-efficiency, low-energy LiFePO4 battery packs as backup power sources, replacing aging equipment.

• Hardware Warranty and Maintenance: 9XE offered hardware warranty and maintenance services to reduce equipment failures and repair frequency.

• Advanced Liquid Cooling Technology: 9XE introduced advanced liquid cooling technology to effectively lower equipment temperatures, improving cooling efficiency.

• Improved Room Layout and Airflow Management: By optimizing data center layout and airflow management, 9XE enhanced the thermal environment, lowering equipment temperatures and extending lifespan.

• Highly Scalable Backup Power Design: 9XE addressed increasing storage and processing demands by providing a highly scalable backup power design to meet Jiuzhou Tong Corporation's business expansion needs.

After implementing these design and layout optimizations, the data center achieved sustainable development requirements, optimized annual operational costs, and ensured business continuity. The data center's market competitiveness was significantly enhanced.

Choosing 9XE battery packs and products means selecting a verified, efficient, reliable, and sustainable energy management solution for your data center. For more information on solutions or product details, please contact our sales engineers.