Lead acid Battery

标签： solar storage

  • The Future of Energy Storage: Trends and Innovations 2026

    The Future of Energy Storage: 2026 Trends and Innovations

    The global energy storage market is undergoing a transformation that will reshape how we generate, store, and consume electricity. From utility-scale battery farms to home energy systems, 2026 marks a pivotal year in which several converging trends are accelerating the deployment and evolution of energy storage technology.

    1. The Rapid Scaling of Grid-Scale Storage

    In 2026, global installed grid storage capacity is expected to exceed 400 GWh, driven by renewable energy integration requirements, grid stabilization needs, and declining battery costs. Utilities are deploying massive battery systems to store excess solar and wind generation, provide frequency regulation, replace peaking power plants, and reduce transmission congestion. Lead-acid batteries remain significant in grid storage applications, particularly in developing markets where the combination of lower cost and established recycling infrastructure makes economic sense.

    2. Lithium-Ion Cost Curves Continue to Decline

    Battery pack prices have fallen from $1,200/kWh in 2010 to under $100/kWh in 2026. However, the economics of energy storage are more nuanced than raw battery prices. Balance-of-system costs, installation complexity, and battery longevity factor into the total cost of a storage project. This is why lead-acid batteries continue to dominate in cost-sensitive applications — the total system cost matters more than the battery price alone.

    3. The Rise of Vehicle-to-Grid (V2G) Technology

    Electric vehicles are increasingly recognized as distributed energy storage assets. V2G technology allows EV batteries to feed power back to the grid during peak demand. This accelerates battery cycling, which favors batteries with excellent cycle life — a key strength of OPzV and advanced lead-acid technologies.

    4. Long-Duration Energy Storage (LDES) Emerges

    While lithium-ion excels at short-duration storage (2–4 hours), the industry increasingly recognizes the need for long-duration energy storage (8–100+ hours). Emerging technologies include iron-air batteries, vanadium flow batteries, zinc-bromide systems, hydrogen storage, and compressed air energy storage. Lead-acid continues to serve the mid-duration range (4–12 hours) that many micro-grid and rural electrification projects require.

    5. AI and Machine Learning Optimize Battery Systems

    Modern battery installations increasingly use AI-powered systems to predict battery degradation, optimize charging patterns based on weather forecasts, balance cells in real-time to maximize battery life, detect faults before they cause system failures, and optimize grid services revenue for utility-scale installations.

    6. Sustainable Battery Manufacturing Gains Priority

    Environmental responsibility is moving up the agenda for battery manufacturers. All major lead-acid manufacturers have transitioned to cadmium-free formulations. Major factories are transitioning to solar-powered production. Improved water recycling and reduced water usage in production are becoming standard.

    7. Developing World Drives Battery Storage Growth

    The most significant trend in 2026 is the explosion of energy storage deployment in developing economies. Rural electrification programs across Africa, Southeast Asia, and the Pacific are deploying solar+battery systems at an unprecedented pace. For these applications — cost-sensitive, maintenance-limited, extreme-climate, local-technical-capacity-challenged — reliable, affordable, maintenance-free lead-acid batteries (sealed VRLA and OPzV) remain the dominant choice.

    About CHISEN Battery

    CHISEN Battery is a professional lead-acid battery manufacturer with 8 global production facilities and an annual output capacity exceeding 70 million kVAh. Our product range includes OPzV tubular GEL batteries, VRLA batteries, and cadmium-free industrial batteries — all certified to CE, ISO9001, and TUV standards. Trusted by distributors and system integrators in over 60 countries, CHISEN supports projects from residential off-grid systems to utility-scale energy storage installations.

    Jack Chen | General Manager | CHISEN Battery
    Tel: +86 131 2666 8999 | Email: jack@chisen.cn | www.chisen.cn

  • Solar Battery Maintenance Tips to Extend Battery Life

    Solar Battery Maintenance: Essential Tips for Maximum Performance

    Your solar battery bank is a significant investment and proper care pays dividends. Whether you operate a large solar installation or a small off-grid system, understanding how to maintain your batteries translates to longer service life, better performance, and lower replacement costs.

    Why Solar Battery Maintenance Matters

    A neglected solar battery system can lose 30–50% of its rated capacity within the first year. Common failure modes include: sulfation (lead sulfate crystals form when batteries are left partially charged), grid corrosion, thermal runaway from overcharging, electrolyte loss in flooded batteries, and stratification of electrolyte layers. Regular maintenance prevents all of these failure modes and can extend battery life by 2–5 years.

    Flooded Lead-Acid Battery Maintenance

    • Water Monthly: Check water levels every 2–4 weeks in hot climates. Add only distilled water — never add acid. Fill to the maximum level mark.
    • Monthly Visual Inspection: Check for cracked containers, discolored terminals, loose connections, and electrolyte color (dark brown indicates plate damage).
    • Clean Terminals: Remove corrosion with a baking soda solution, rinse, and apply terminal protector.
    • Equalization Charging: Perform a controlled overcharge every 60–90 days to break up sulfate crystals and balance cell voltages.
    • Tighten Connections: Vibrations loosen terminals. Check torque annually.
    • Record Keeping: Log specific gravity readings, water levels, and voltage readings monthly.

    Sealed Lead-Acid (AGM and GEL) Battery Maintenance

    • Visual inspection quarterly for swelling, case damage, or terminal corrosion
    • Clean corrosion with a baking soda solution
    • Ensure all connections remain tight
    • Use a battery monitor to track state of charge and detect capacity loss early
    • Verify charge controller settings are correct for your battery type — incorrect voltage settings are the leading cause of sealed battery failure

    Solar Charge Controller Settings for Battery Health

    • Absorption Voltage: Set correctly for your battery type (14.4V for AGM, 14.7V for flooded at 25C)
    • Float Voltage: Should maintain full charge without gassing (13.5–13.8V for lead-acid)
    • Temperature Compensation: Essential in extreme climates — charge voltage should adjust -4mV/C per cell
    • Low Voltage Disconnect: Protects batteries from damaging over-discharge

    Seasonal Solar Battery Maintenance Checklist

    Before Summer: Verify electrolyte levels are at maximum, check ventilation is adequate for heat dissipation, review temperature compensation settings.

    Before Winter: Fully charge batteries before cold weather — a discharged battery can freeze. Consider battery enclosure heating if temperatures drop below -20C. Reduce DoD to 30–40% in very cold climates.

    About CHISEN Battery

    CHISEN Battery is a professional lead-acid battery manufacturer with 8 global production facilities and an annual output capacity exceeding 70 million kVAh. Our product range includes OPzV tubular GEL batteries, VRLA batteries, and cadmium-free industrial batteries — all certified to CE, ISO9001, and TUV standards. Trusted by distributors and system integrators in over 60 countries, CHISEN supports projects from residential off-grid systems to utility-scale energy storage installations.

    Jack Chen | General Manager | CHISEN Battery
    Tel: +86 131 2666 8999 | Email: jack@chisen.cn | www.chisen.cn

  • OPzV Battery Technology: Everything You Need to Know

    Understanding OPzV Battery Technology

    OPzV batteries represent the most advanced form of valve-regulated lead-acid (VRLA) technology available today. The acronym OPzV stands for Ortsfest Puffer Vlies — German for “fixed electrolyte, fleece separator” — and this technology has set the global standard for reliability in solar energy storage, telecommunications, and critical infrastructure applications.

    Unlike conventional flat-plate lead-acid batteries, OPzV batteries use a tubular positive plate design that prevents active material shedding and delivers exceptional deep-cycle performance. Combined with a GEL electrolyte, this technology offers one of the longest service lives of any commercially available battery chemistry.

    How OPzV Batteries Work

    An OPzV battery consists of several key components. The tubular positive plates use woven polyester gauntlets filled with active material, preventing shedding even after hundreds of deep cycles. The GEL electrolyte (sulfuric acid in a thixotropic silica gel matrix) eliminates liquid electrolyte concerns and allows operation in any orientation. Recombinant gas valves enable oxygen recombination at the negative plate for a truly maintenance-free sealed design.

    Key Advantages of OPzV Technology

    Exceptional Deep Cycle Performance

    OPzV batteries routinely deliver 1,200+ cycles at 80% depth of discharge, far exceeding conventional flat-plate batteries. This makes them the ideal choice for daily cycling applications such as solar energy storage.

    Long Service Life

    With a design life of 15–20 years in float service at 20 degrees C, OPzV batteries offer outstanding return on investment. The tubular plate construction resists grid corrosion and positive plate growth — the primary failure modes of conventional lead-acid batteries.

    Maintenance-Free Operation

    Unlike flooded lead-acid batteries, OPzV GEL batteries never require watering, electrolyte level checking, or equalization charging. This makes them suitable for remote installations where regular maintenance is impractical.

    Cadmium-Free and Environmentally Responsible

    Modern OPzV batteries are manufactured cadmium-free, addressing environmental concerns. The sealed recombinant design eliminates acid leakage risk and allows installation in sensitive environments including hospitals, schools, and residential buildings.

    OPzV vs. Other Battery Technologies

    Versus Flooded Lead-Acid: OPzV is sealed, maintenance-free, and installable in enclosed spaces. Versus AGM: OPzV offers superior deep cycle performance and longer float life. Versus Lithium-Ion: lithium batteries offer higher energy density but OPzV provides lower total cost of ownership over 10+ years, easier recycling infrastructure, and no thermal runaway risk.

    About CHISEN Battery

    CHISEN Battery is a professional lead-acid battery manufacturer with 8 global production facilities and an annual output capacity exceeding 70 million kVAh. Our product range includes OPzV tubular GEL batteries, VRLA batteries, and cadmium-free industrial batteries — all certified to CE, ISO9001, and TUV standards. Trusted by distributors and system integrators in over 60 countries, CHISEN supports projects from residential off-grid systems to utility-scale energy storage installations.

    Jack Chen | General Manager | CHISEN Battery
    Tel: +86 131 2666 8999 | Email: jack@chisen.cn | www.chisen.cn

  • Solar Battery for Home Use: The Ultimate 2026 Guide

    Why Solar Batteries Are Essential for Home Energy Independence

    As electricity prices continue to rise across the globe, homeowners are increasingly turning to solar battery storage systems to protect themselves from grid volatility and reduce their monthly energy bills. A well-sized solar battery for home use can store excess solar energy generated during the day and deliver it when the sun is not shining, giving households reliable power around the clock.

    Whether you are installing a new solar system or adding storage to an existing setup, choosing the right home battery requires understanding your energy consumption patterns, available roof space, and budget. This comprehensive guide walks you through everything you need to know to make an informed decision in 2026.

    Types of Solar Batteries for Home Use

    Not all home batteries are created equal. The market currently offers three dominant technologies: Lead-Acid Batteries — the time-tested, cost-effective choice. Modern sealed lead-acid (SLA) and valve-regulated lead-acid (VRLA) batteries are maintenance-free and ideal for off-grid and hybrid systems. OPzV tubular GEL batteries offer deep cycle capability with a lifespan of 10–15 years. Lithium-Ion Batteries offer higher energy density and longer cycle life at a premium price. Nickel-Based Batteries are less common due to cost and safety concerns.

    For homeowners seeking the best balance of reliability, affordability, and proven technology, lead-acid batteries remain the preferred choice in emerging markets and rural electrification projects worldwide.

    How to Size Your Home Solar Battery System

    Proper sizing is the most critical step in designing a solar battery system. Start by calculating your daily energy consumption in kilowatt-hours (kWh). Review your electricity bills from the past 12 months. Next, determine how many days of autonomy you want — most residential systems aim for 1–3 days of backup power.

    Formula: Battery Capacity (kWh) = Daily Usage (kWh) x Days of Autonomy / Depth of Discharge (DoD). For lead-acid batteries, a 50% DoD is recommended to maximize cycle life.

    Key Features to Look for in a Home Solar Battery

    • Cycle Life: Quality OPzV batteries offer 1,200+ cycles at 80% DoD.
    • Round-Trip Efficiency: Higher efficiency means less energy waste.
    • Temperature Tolerance: Look for batteries with built-in thermal management.
    • Warranty: A 5–10 year warranty with clear terms on capacity retention.
    • Certifications: CE, ISO9001, and TUV certifications ensure compliance with international safety standards.

    The Case for OPzV Tubular GEL Batteries in Home Systems

    OPzV (Ortsfest Puffer Vlies) tubular GEL batteries represent the gold standard in lead-acid technology for solar applications. The tubular positive plate design provides exceptional deep discharge recovery and a design life of 15–20 years in float service. Key advantages: maintenance-free sealed construction, cadmium-free and environmentally responsible, excellent performance in partial state-of-charge conditions, and low self-discharge rate of approximately 3% per month.

    About CHISEN Battery

    CHISEN Battery is a professional lead-acid battery manufacturer with 8 global production facilities and an annual output capacity exceeding 70 million kVAh. Our product range includes OPzV tubular GEL batteries, VRLA batteries, and cadmium-free industrial batteries — all certified to CE, ISO9001, and TUV standards. Trusted by distributors and system integrators in over 60 countries, CHISEN supports projects from residential off-grid systems to utility-scale energy storage installations.

    Jack Chen | General Manager | CHISEN Battery
    Tel: +86 131 2666 8999 | Email: jack@chisen.cn | www.chisen.cn

  • AGM vs Gel Battery: A Complete Comparison for Solar Energy Storage Systems

    Introduction

    Choosing the right battery technology is one of the most consequential decisions in any solar energy storage project.
    For off-grid cabins, residential backup systems, and commercial solar installations, AGM and Gel batteries are
    two of the most widely deployed deep-cycle options on the market. Both fall under the valve-regulated lead-acid (VRLA)
    family, yet they differ significantly in internal chemistry, performance characteristics, and cost structures.

    Working with a trusted lead acid battery manufacturer in China gives you access to both technologies
    at competitive solar battery price points, but understanding which one truly fits your application
    is essential before placing an order for AGM battery wholesale procurement.

    What Are AGM Batteries?

    AGM (Absorbent Glass Mat) batteries use a fibreglass mat to absorb and immobilize the electrolyte between the lead plates.
    This design makes them spill-proof, vibration-resistant, and capable of delivering high burst currents —
    making them popular in applications such as solar storage, recreational vehicles, and marine systems.

    Key characteristics of AGM batteries:

    • Low internal resistance: Enables fast charging and high discharge rates
    • Sealed, maintenance-free: No need to add water or check electrolyte levels
    • Vibration and shock resistant: Suitable for mobile solar installations
    • Typical Depth of Discharge (DoD): 50–70% of rated capacity
    • Cycle life: Approximately 500–1,000 cycles at 50% DoD

    What Are Gel Batteries?

    Gel batteries (also called “Gel VRLA”) replace the liquid electrolyte with a silica-based gel that solidifies the
    electrolyte into a thick, paste-like substance. This immobilization prevents acid stratification and allows the
    battery to operate in a wider range of orientations without leaking.

    Key characteristics of Gel batteries:

    • Superior deep-discharge recovery: Handles repeated deep cycling better than AGM
    • High temperature tolerance: Gel chemistry resists thermal runaway more effectively
    • Low self-discharge rate: Approximately 1–3% per month at 20°C
    • Typical Depth of Discharge (DoD): Up to 75–80% of rated capacity
    • Cycle life: Approximately 700–1,200 cycles at 75% DoD

    AGM vs Gel Battery: Side-by-Side Comparison

    Feature AGM Battery Gel Battery
    Chemistry Absorbed electrolyte (fibreglass mat) Gelled electrolyte (silica additive)
    Typical DoD 50–70% 60–80%
    Cycle Life 500–1,000 cycles 700–1,200 cycles
    Self-Discharge 3–5% per month 1–3% per month
    Charge Rate High (can accept high current) Moderate (requires controlled charging)
    Temperature Range Good tolerance Excellent tolerance, especially in heat
    Maintenance Completely maintenance-free Completely maintenance-free
    Best Price Performance More affordable upfront Higher upfront, longer service life
    Best For High current draw, fast cycling Solar storage, deep cycle, remote sites

    Which Is Better for Solar Storage?

    The answer depends on your system’s specific operating profile. Here is a practical decision framework:

    Choose AGM Batteries When:

    • You need a budget-friendly solution with reliable daily cycling performance
    • Your system requires high discharge currents (e.g., inverter startup loads)
    • You are purchasing through AGM battery wholesale channels for large installations
    • The installation environment is relatively stable and temperate

    Choose Gel Batteries When:

    • Your application involves frequent deep cycling beyond 60% DoD
    • The batteries will be installed in hot environments or poorly ventilated spaces
    • Long-term reliability and reduced long-term replacement cost are priorities
    • The site is remote and maintenance access is limited

    Solar Battery Price Comparison: AGM vs Gel

    From a procurement standpoint, AGM batteries typically offer a 20–30% lower purchase price per kWh compared to
    Gel batteries of equivalent capacity. This makes AGM the preferred choice for projects with tight upfront budgets.

    However, when evaluating total cost of ownership (TCO) over a 5–10 year horizon, Gel batteries often prove more
    economical due to their superior cycle life. A professional lead acid battery manufacturer in China
    can help you run a TCO analysis tailored to your specific usage patterns.

    Conclusion

    Neither AGM nor Gel batteries are universally superior — the right choice hinges on your depth of discharge
    requirements, operating temperature range, cycle frequency, and budget constraints. Both technologies offer
    significant advantages over traditional flooded lead-acid batteries and are available at attractive price points
    through reputable solar battery wholesale channels.

    When sourcing from a lead acid battery manufacturer in China, always verify cycle life
    certifications (IEC 60896-21/22), request sample test data, and confirm that the supplier’s quality control
    processes align with international solar storage standards.

    Need help sizing a battery bank for your solar project? Contact our technical team at
    sales@chisen.cn for a free consultation and customized solar battery price quote.

  • AGM vs Gel Battery: Which Is Better for Solar Energy Storage?

    Introduction: Why the AGM vs Gel Battery Debate Matters for Solar

    Choosing the right battery is one of the most consequential decisions in any solar energy system. Two technologies dominate the lead-acid category: AGM (Absorbent Glass Mat) and Gel batteries. Both are sealed, maintenance-free, and designed for renewable energy applications—but they differ significantly in performance, cost, and longevity.

    As a professional lead acid battery manufacturer in China, we at Chisen help clients worldwide select the right deep-cycle battery for their solar installations. This guide breaks down the AGM vs Gel battery comparison across the metrics that matter most.

    What Is an AGM Battery?

    AGM batteries use a fiberglass mat soaked in electrolyte to separate the lead plates. The electrolyte is immobilized, which makes the battery spill-proof and vibration-resistant. AGM batteries are known for relatively low internal resistance, enabling faster charging and higher discharge currents.

    • Sealed, valve-regulated lead-acid (VRLA) design
    • Electrolyte absorbed in glass mat separators
    • Suitable for shallow to moderate depth-of-discharge cycles
    • Widely used in solar, UPS, and backup power applications

    What Is a Gel Battery?

    Gel batteries use a silica additive to turn the electrolyte into a thick, gel-like substance. This immobilization prevents leakage and allows the battery to operate in a wider range of orientations. Gel batteries are particularly known for their excellent deep-discharge performance and resistance to sulfation.

    • VRLA design with silica-gelled electrolyte
    • Superior deep-cycle capability compared to standard AGM
    • Lower self-discharge rate
    • Ideal for off-grid solar systems requiring frequent deep cycles

    AGM vs Gel Battery: Head-to-Head Comparison

    Feature AGM Battery Gel Battery
    Depth of Discharge (DoD) 50–60% recommended Up to 75–80%
    Cycle Life 400–800 cycles 600–1,200 cycles
    Charge Efficiency High; accepts faster charging Moderate; requires careful charge control
    Self-Discharge Rate 1–3% per month 0.5–2% per month
    Temperature Tolerance Good; moderate heat sensitivity Better in high-temperature environments
    Cost (AGM battery wholesale price) More affordable Premium pricing
    Maintenance Zero maintenance Zero maintenance
    Best For Solar backup, UPS, starting applications Off-grid solar, deep-cycle renewable systems

    Solar Battery Price: Where Do AGM and Gel Fit?

    When evaluating solar battery price, AGM batteries generally offer a lower upfront cost, making them attractive for budget-conscious residential solar projects. Gel batteries command a premium, but their superior cycle life often results in a lower total cost of ownership (TCO) over the system’s lifetime.

    For large-scale commercial solar arrays, sourcing AGM battery wholesale from a trusted lead acid battery manufacturer in China like Chisen can deliver significant cost savings without compromising on quality.

    Which Battery Should You Choose for Solar Storage?

    The decision between AGM and Gel depends on your specific application:

    • Choose AGM if: You need faster charging, have a limited budget, and your system doesn’t regularly discharge below 50%. AGM is excellent for grid-tied solar with battery backup, UPS systems, and RV solar setups.
    • Choose Gel if: Your solar system runs off-grid with frequent deep discharges, operates in high-temperature environments, or requires maximum cycle life for long-term renewable energy storage.

    Final Recommendation

    Both AGM and Gel batteries represent significant advances over traditional flooded lead-acid batteries. For most residential solar installations with moderate cycling, AGM offers the best balance of price and performance. For demanding off-grid applications where deep-cycle longevity is critical, Gel batteries are the superior choice.

    Need help selecting the right battery for your solar project? Contact our team for professional consultation and competitive AGM battery wholesale pricing from a leading lead acid battery manufacturer in China.

    Contact CHISEN Today

    Need a reliable lead-acid battery supplier for your project? CHISEN is a professional lead-acid battery manufacturer in China with 20+ years of experience, serving customers worldwide.

    📧 Email
    📱 WhatsApp
    +86 131 6622 6999
    🌐 Website

  • AGM vs Gel Battery: Which Is Better for Solar Energy Storage?

    In the rapidly growing solar energy market, choosing the right battery storage solution is critical for maximizing system efficiency and longevity. Two of the most popular lead-acid battery technologies for solar applications are AGM (Absorbent Glass Mat) and Gel batteries. As a leading lead acid battery manufacturer in China, we break down the key differences to help you make an informed purchasing decision.

    What Are AGM Batteries?

    AGM batteries feature a fiberglass mat that absorbs the electrolyte, making them spill-proof and highly vibration-resistant. They deliver reliable deep-cycle performance at a competitive AGM battery wholesale price point, making them a favorite among residential and commercial solar installers alike.

    What Are Gel Batteries?

    Gel batteries use a silica-based gel electrolyte that immobilizes the acid, providing exceptional deep-discharge recovery and a remarkably low self-discharge rate. These batteries excel in off-grid solar systems where infrequent, deep cycling is common.

    AGM vs Gel Battery: Head-to-Head Comparison

    FeatureAGM BatteryGel Battery
    Cycle Life500–1,000 cycles at 50% DoD600–1,200 cycles at 50% DoD
    Depth of DischargeUp to 50–60% recommendedUp to 60–80% recommended
    Charging SpeedFast charging, low resistanceSlower charging, voltage-sensitive
    Temperature ToleranceGood in moderate temperaturesSuperior in high-temperature environments
    Self-Discharge Rate1–3% per month<1% per month
    MaintenanceCompletely maintenance-freeCompletely maintenance-free
    Typical Price Range$150–$300 per 100Ah$250–$450 per 100Ah
    Best Use CaseSolar backup, UPS, RVsOff-grid solar, telecom, harsh environments

    Which Battery Should You Choose for Solar Storage?

    Choose AGM If:

    • You’re working with a budget-conscious residential solar project
    • You need faster recharge rates to capture peak solar generation
    • Your system operates in moderate climate conditions
    • You want reliable solar battery price efficiency without sacrificing quality
    • You require a maintenance-free solution for rooftop or wall-mounted installations

    Choose Gel If:

    • Your solar system experiences frequent deep discharges
    • Operating temperatures regularly exceed 35°C (95°F)
    • Long-term reliability in remote, off-grid locations is the priority
    • Maximum cycle life is your primary performance criterion
    • The application involves sensitive electronics requiring stable voltage output

    Why Partner with a Professional Lead Acid Battery Manufacturer in China?

    Whether you source AGM batteries wholesale or Gel deep-cycle units, working directly with an established lead acid battery manufacturer in China ensures you get factory-direct pricing, consistent quality control, and technical support tailored to solar storage requirements. We offer both AGM and Gel battery lines designed specifically for renewable energy applications, with capacities ranging from 12V 50Ah to 48V 200Ah battery banks.

    Get Competitive Solar Battery Prices Today

    Ready to source high-performance AGM or Gel batteries for your solar project? Contact our team for a customized quote and technical consultation. As an experienced lead acid battery manufacturer, we support distributors, installers, and OEM partners worldwide with reliable supply and competitive solar battery pricing.

    For inquiries: sales@chisen.cn

    Related CHISEN Market Pages

    If you are looking for lead-acid batteries in these markets, CHISEN has dedicated pages with local pricing, specifications, and export information:

    This article is part of CHISEN Battery’s global knowledge center. For product specifications, certifications, or a custom quotation, please contact our export team.