Containerized BESS PL-ESS-500/1075-0.4-L (DCplusAC)

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Containerized BESS PL-ESS-500/1075-0.4-L (DCplusAC)

Pilot Integrated ESS is highly combined with LFP battery system, BMS, PCS, EMS, liquid cooling system, fire protection system, power distribution and other equipment inside the cabinet. Provide economic, safe, intelligent, and convenient electricity solutions for industrial and commercial users.

Power Optional

Customization Options

Power Optional

100kw/209kwh, 125kw/241kwh, 125kw/261kwh Pilot has specially developed 3 models based on market demand for customers to choose from. If your project requires customization, please contact us immediately.

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Print custom logos on energy storage cabinet housings via laser marking
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Product Description

Wind-Solar-Diesel-BESS All-in-One Cabinet

  • Save construction cost: In remote areas, off-grid energy supply systems are often more cost-effective than connecting to the grid.
  • Ensure reliable power supply: The “wind + solar + diesel” hybrid architecture, combined with energy storage system, ensures power supply continuity and improves power quality.
  • On-site consumption of wind and solar energy: Utilize the energy storage system to fully absorb wind and solar resources, maximizing energy savings and emission reductions.
  • Flexible deployment and expansion: Highly integrated cabinet design allows for quick deployment, reduces on-site debugging and installation workload, and allows for flexible expansion.
  • Applications: Best choice for Oilfield, Mines, Island, Remote Communities, and so on.

Wind-Solar-Diesel-BESS Cabinet

Hierarchical Microgrid Control System

  • Grid-Connected Operation: Demand response, peak shaving, dynamic capacity expansion, demand management, anti-backflow.
  • Off-Grid Operation: Islanding detection, on/off-grid switching, frequency and voltage emergency response, black start.
  • Microgrid EMS: Load Forecasting, Generation Forecasting, Economic optimization, Carbon emission management, AGC/AVC, Demand response, Islanding detection, Black-start.
  • Industrial Applications: Commercial building, Healthcare, Manufacturing, Data center, and more.

Microgrid Control System

Solar-BESS-Charging System

  • PV: Select PV parking shed, rooftop PV and BIPV according to the location.
  • BESS: Choose different capacity according to the site needs.
  • Charging Station: Configure charging piles with different powers and types according to the charging requirements.

Solar-BESS-Charging System

Highlights

  • Peak Shaving and Valley Filling: Charging and discharging based on the time-of-use electricity pricing policy to take advantage of the peak-to-valley price difference and reduce electricity costs.
  • Grid Off-switching: supports off-grid operation, serving as a backup power source to ensure continuous production.
  • Demand Management: Real-time monitoring of transformer power. Dynamically adjusting discharge power to achieve demand management, reducing capacity-related electricity expenses.
  • Solar-Storage Integration: interacting with photovoltaic to increase solar penetration and minimize the carbon emission.
  • Demand Response/VPP: Adjusting charging and discharging strategies based on electricity market demands, participating in demand response/ancillary services markets to gain additional revenue.

Product Specifications

示例图片

Specification

Parameters / Model PL‑ESS‑500/1075‑0.4‑L (DC + AC)
DC‑side parameters
Cell Type LFP energy storage cell
Grouping Method 1P238S × 6
Nominal Energy 1280 kWh
Working Voltage 666 V ~ 856 V
Rated Charge / Discharge Rate 0.5 P
AC‑side parameters
AC Rated Power 500 kW
Rated Grid Voltage 380 V
Rated Grid Frequency 50 Hz
System parameters
System Efficiency ≥ 90 %
Depth of Discharge 95 % DoD
Number of Cycles ≥ 8000
IP Rating IP54 (PACK IP67)
Operating Temperature ‑30 ℃ ~ 55 ℃
Cooling Mode Optional air cooling / liquid cooling
Fire Protection System Perfluorohexanone PACK‑level + active early warning
Dimensions DC side : 6058 × 1300 × 2000 mm
AC side : 1300 × 1300 × 2200 mm
Weight 18 t

Containerized BESS (Air Cooling)

No. Type Energy (MWh) Power (MW) DC Voltage Grouping Packs Clusters L × W × H (mm) Weight (t) Cell (Ah)
Air‑Cooling Configurations
1 15‑ft Container
1000 V system		 0.52 0.25 627 1P14S 14 3 4515 × 2438 × 2896 12 280
2 20‑ft Container
1000 V system		 1.28 0.64 761.6 1P14S 14 6 6138 × 2438 × 2896 18 280
3 40‑ft Container
1000 V system		 2.56 1.28 761.6 1P14S 17 12 12192 × 2438 × 2896 35 280
4 40‑ft Container
1500 V system		 3.27 1.64 1299.2 1P14S 29 9 12192 × 2438 × 3200 46 280

Containerized BESS (Liquid Cooling)

No. Type Energy (MWh) Power (MW) DC Voltage Grouping Packs Clusters L × W × H (mm) Weight (t) Cell (Ah)
Liquid‑Cooling Configurations
1 20‑ft Container
1500 V system		 2.75 1.5 1228 1P14S 8 8 6058 × 2438 × 2591 28 280
2 20‑ft Container
1500 V system		 1.28 0.64 761.6 1P14S 17 6 6638 × 2438 × 2896 18 280
3 20‑ft Container
1500 V system		 2.56 1.28 761.6 1P14S 17 12 6138 × 2438 × 2896 35 280
4 20‑ft Container
1500 V system		 3.27 1.64 1299.2 1P14S 29 9 6638 × 2438 × 2896 46 280

Product Features

High Energy Conversion Efficiency

Achieving an impressive 92% energy conversion efficiency, our system ensures maximum energy retention with a thermal rise less than 3°C, significantly enhancing the operational life cycle and cost-effectiveness.

Superior Protection and Durability

With an advanced protection rating of IP55 and robust PACK IP67 casing, our system is safeguarded against dust and water ingress, ensuring reliable performance even in harsh conditions.

Operational Cost Reduction

By optimizing operational processes, our system offers a substantial cost reduction in energy expenses by 10%, delivering both high efficiency and economic benefits.

Capital Expenditure Savings

Our innovative design and technology contribute to a 2% reduction in initial capital expenditure, promoting sustainable investment and long-term savings.

Established Trust and Proven Reliability in Charging Technology

Extensive Experience in Major Projects

Our track record speaks for itself. With years of expertise in implementing large-scale projects across the globe, we bring a wealth of practical knowledge and proven solutions to your doorstep. Our seasoned professionals are equipped to handle the complexities of any size project, delivering excellence every time.

Innovation and Technological Prowess

At the heart of our operation lies a commitment to technological innovation. We pride ourselves on our in-house research and development, producing cutting-edge charging technologies that lead the market. Our solutions are born from a fusion of advanced science and practical application, ensuring you benefit from the latest advancements in EV charging.

Manufacturing Capacity and Excellence

Our state-of-the-art manufacturing facilities are the backbone of our promise to you. Boasting impressive production capabilities, we ensure a seamless transition from design to delivery. Our plants operate with precision and efficiency, allowing us to meet demands swiftly and scale operations as needed, without compromising on quality.

Global Presence and Local Support

With a network of overseas branches, as evidenced by our locations from Turkey to Southeast Asia, we’re more than just a global brand – we're a local partner. Our international footprint enables us to provide you with local support and services, ensuring that wherever you are, a Pilot X Piwin office isn't far away. We're local everywhere, bringing global expertise to your local community.

Tested and proven in the harshest of conditions.

Weather scenes
Customizable Branding

Scorching heat

Rainy Day

Snowy day

Profitable

Drive revenue from EV chargers by setting charging fees or cross-selling other products and services while your customers charge. Offering EV charging in commercial spaces extends drivers’ dwell time, boosts spending, and engages more with your business.

Cost Savings

Commercial charging powered by cheaper electricity, provides a cost edge over traditional fuels. This slashes carbon emissions, waste management, cleaning costs, and carbon-related taxes.

Boost Visibility

Let EV charging stations appear on public charging maps, not only catering to current customers but attracting new clients who discover your business online.

Compatible

Enable drivers to charge regardless of the network or vehicle thanks to charging stations built on OCPP that are compatible with every EV.

Efficiency

Pilot designs to reduces costs associated with transport, installation, operation and maintenance to minimize total cost of ownership. With available power up to 480 kW, each dispenser can charge Max.8 EVs simultaneously, offering cost-efficient installation per kW and charging spot. Maintenance costs are reduced by remote monitoring and service.

Reliable

EV chargers for business are designed to be weatherproof, shockproof, and can withstand 24/7 charging.

Click for case support

Profitable

Drive revenue from EV chargers by setting charging fees or cross-selling other products and services while your customers charge. Offering EV charging in commercial spaces extends drivers’ dwell time, boosts spending, and engages more with your business.

Cost Savings

Commercial charging powered by cheaper electricity, provides a cost edge over traditional fuels. This slashes carbon emissions, waste management, cleaning costs, and carbon-related taxes.

Boost Visibility

Let EV charging stations appear on public charging maps, not only catering to current customers but attracting new clients who discover your business online.

Compatible

Enable drivers to charge regardless of the network or vehicle thanks to charging stations built on OCPP that are compatible with every EV.

Efficiency

Pilot designs to reduces costs associated with transport, installation, operation and maintenance to minimize total cost of ownership. With available power up to 480 kW, each dispenser can charge Max.8 EVs simultaneously, offering cost-efficient installation per kW and charging spot. Maintenance costs are reduced by remote monitoring and service.

Reliable

EV chargers for business are designed to be weatherproof, shockproof, and can withstand 24/7 charging.

Click for case support

Learn more from our product video

Shaping Business With Our 25,000+ Successful Projects

The products have been exported to over 40 countries and regions overseas.
Pilot x Piwin DC EV Charging Station in a Canadian parking garage, designated for electric vehicles only.

DC EV Charging Station

Country Canada
In the heart of Canada's bustling urban environments, PILOT & PIWIN's state-of-the-art DC EV Charging Stations are a testament to our innovative spirit. Seamlessly integrated into underground parking structures, our chargers offer robust, rapid, and reliable service. Each station boasts an impressive up to 160kW output, ensuring efficient power delivery with overvoltage and surge protection. Catering to the high demands of modern electric vehicles, we emphasize safety and efficiency with over 95% operational efficiency and multi-standard support including CCS1, CCS2, and CHAdeMO. PILOT & PIWIN are powering the drive towards a sustainable future, one charge at a time.

DC EV Charging Station

Country Japan
The Pilot X PIWIN DC EV Charging Station is revolutionizing power delivery for large vehicles in Japan. With a formidable output range of 60kW to 160kW and advanced CE-certified safety mechanisms, our chargers handle the rigors of heavy usage while prioritizing vehicle and user protection. Equipped with a comprehensive suite of safeguards including over/under voltage, current, short circuit, and surge protection, every charge is efficient and secure. Our intuitive 7" color touch screen ensures seamless user interactions, enhancing the charging experience at every turn.
AC EV Chargers by Pilot x Piwin in an Italian underground parking garage, providing electric vehicle charging solutions.

DC Fast Charging Pile

Country Italy
In the heart of Italy’s bustling streets, an underground sanctuary of power breathes life into electric vehicles. Embrace the efficiency of Pilot x Piwin’s DC Fast Charging Pile, where robust design meets revolutionary technology. Our chargers, equipped with overcurrent and lightning protection, stand guard in Italian garages, offering safe harbor and swift charging to the eco-conscious driver.

AC EV Charger

Country United Arab Emirates
In a bustling company parking lot in the United States, Pilot x Piwin's AC EV Charger stands at the forefront of convenience and technological innovation. Designed for both commercial and residential use, this charger epitomizes flexibility and cost-efficiency. Equipped with an array of protective features such as over-voltage and short circuit safeguards, this model caters to the safety-conscious, environmentally aware business. With its user-friendly interface and robust design, it's an ideal solution for busy workplaces looking to offer employees and visitors a reliable charging option.

DC EV Charging Station

Country Romania
In Malaysia's tranquil suburbs, Pilot x Piwin's DC EV Charging Station stands as a beacon of rapid and reliable charging. Catering to eco-friendly drivers on the outskirts, this station offers a swift power-up, marrying innovation with the serenity of suburban life.

DC EV Charging Station

Country Norway
In the bustling outdoor parking lot of a Korean office building, the Pilot x Piwin DC EV Charging Station offers a seamless integration of efficiency and accessibility. Designed to support the energy demands of a fast-paced urban environment, this station provides a swift recharge for electric vehicles, ensuring that professionals are powered for their next journey.

DC EV Charging Station

Country Thailand
Nestled in the heart of a Thai urban district, the Fast DC EV Charging Station by Pilot x Piwin emerges as a beacon of modern technology and convenience. This station offers quick and efficient charging solutions, catering to the bustling lifestyle of the city. Here, drivers can swiftly power their electric vehicles, immersing themselves in the innovation that drives sustainable transportation forward.

DC EV Charging Station

Country Singapore
At a newly constructed charging hub in Singapore's metropolitan area, the DC EV Charging Station stands as a testament to Pilot x Piwin’s commitment to innovative energy solutions. Amid the city’s pulsing rhythm, this charging oasis is a symbol of progress, providing quick, efficient, and accessible energy for the urban electric vehicle community. It’s here that the promise of a cleaner, more sustainable future is not just envisioned but actively realized.
Rural American setting featuring an AC EV Charger by Pilot x Piwin, highlighting eco-friendly charging solutions in picturesque countryside locations.

AC EV Chargers

Country United States
Nestled in the serene countryside of the United States, a duo of AC EV Chargers from Pilot x Piwin introduces a blend of modern convenience and sustainable technology to a rustic setting. These chargers provide a vital link for eco-conscious travelers, bringing the future of clean transportation into the heart of America's pastoral landscapes. With the promise of a greener footprint, they stand as silent sentinels of progress, offering a quick and reliable charge to those who traverse the scenic routes.

Nigeria TV Station Solar Battery Energy Storage System

Country Nigeria
Nigeria TV Station Solar Battery Energy Storage System

The Oman Well Servicing Rig Energy Storage System Integration Project

Country Oman
Pilot carries out the Oman Well Servicing Rig Project integrates a 100kW/100kWh lithium BESS with traditional oilfield operations.

The Humewell Pharma 2MW PV + 1MW/2MWh BESS Microgrid Integration Project

Country Africa
This pilot project integrates a 2MW photovoltaic system with a 1MW/2MWh lithium battery energy storage system (BESS) for Humewell Pharma in Africa.

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    Frequently Asked Questions

    Why is at home EV charging preferred over public EV charging?

    Over 80% of EV charging happens at home. This is partly due to the fact that there has been a lack of public EV chargers in the past. As more EVSE are added to communities and places of work, this will likely change. However, many EV owners will still likely prefer the convenience, control and cost savings of charging at home

    What are my public EV charging options?

    Public EV charging stations will either be Level 2 or Level 3 DC Fast Chargers (DCFC). Level 2 EV chargers supply alternating current (AC) to the vehicle’s on-board charger which converts the AC power to direct current (DC) to charge the battery. On the contrary, DC Fast Chargers bypass the vehicle’s on-board charger and supply DC power directly to the EV battery.

    Does DC fast charging damage the EV battery?

    Excessive DC fast charging can negatively impact EV battery performance and durability. Compared to standard charging, eight years of fast charging would take approximately 10% off of the EV battery life. While DCFC is convenient and at times absolutely necessary, this method of charging should be utilized only when essential.

    Can I use any public EV charger?

    If charging with Level 2, you can use any public EV charger as they all use or have an adaptor for a standard SAE J1772 connector. Level 3 DC Fast Chargers typically have either a CHAdeMO or CCS connector - these connectors are incompatible. However, a lot of EVs have a charging port for each. Tesla used to have a third connection type for Level 3 charging, but Tesla superchargers are now compatible with other vehicle models. To be safe, make sure you know your EV connector (all EVs except Nissan and Mitsubishi should use CCS).

    How can I find a public EV charger?

    Finding a public EV charger is easier than ever. Almost all public EV charging companies have a network, accessible through an app, to display charging station locations. With the advancement of interoperability, charging networks also exchange information with one another to display chargers from multiple companies. This Open Charge Point Protocol (OCPP) simplifies the user experience by eliminating the need to download multiple apps. Public EV chargers are also visible on some navigation softwares such as Google Maps.

    How long does public EV charging take?

    Public EV charging time is dependent on the type of charger, among other factors. Level 2 EV chargers, more commonly found in local communities and places of work, can add around 15 to 30 miles of range per hour. DC Fast Chargers, more common along highways, can charge your EV in as little as 30 minutes. No matter how you choose to charge your EV away from home, expect the process to take longer than filling a gas tank

    How much does public EV charging cost?

    This is dependent on what type of charger you use, when you charge and what pricing model is in effect. Public EV pricing models include monthly subscriptions, pay as you go or some combination of both. While there are variables, you can assume that using a DC Fast Charger will cost around $15-30 for a full charge. Already less expensive than filling up with gas, EV charging will only get cheaper as you decrease your charging level to Level 2 or Level 1.

    Is my EV battery going to run out before I find a charger?

    If you’ve never run out of gas, you’ll never run out of electricity. Similar to your old gas-powered vehicle, EVs will give you a warning when your battery is low and many will display EV charging stations in the area. If your battery level continues to decline, your EV will take precautions such as increasing regenerative braking to convert more kinetic energy into usable energy therefore extending battery life.

    Can I take my EV on a road trip?

    Yes! With more on the way, there is already EVSE in place to meet your road trip needs. If you plan ahead and pinpoint the EV chargers along your route, you’ll have no problem adding your EV to your adventure. However, just be mindful that EV charging takes longer than filling up with gas, so try to plan your EV charging during meals and other necessary stops.

    Are there any public EV charging best practices I should follow?

    Yes! One key tip for EV charging is to try to maintain your EV battery between 25% and 75%. Also, remember there are many factors that affect charging speed such as charging rate of the vehicle, battery size, battery fullness, and environmental elements such as temperature. Read our EV Charging Guide for a deep dive into EV charging best practices.
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