150.5kWh Energy Storage for Factory Use

Product Overview

The ESS-YTPowerSmart150 is not just a standard energy storage unit; it is a comprehensive solution that integrates a high-performance smart controller, efficient hybrid inverter, durable battery rack, precise temperature control system, and reliable fire-fighting mechanism into a single weatherproof cabinet. This all-in-one design eliminates the need for separate component sourcing and complex on-site assembly, streamlining deployment for industrial, commercial, and off-grid applications.

At its core, the system boasts impressive technical specifications that set it apart from competitors: it delivers a 150.5 kWh rated energy capacity and a flexible power range of 50 kW to 300 kW, ensuring it can adapt to varying energy demands—from small-scale commercial buildings to large industrial facilities. Its compact footprint of just 2.72 square meters makes it ideal for sites with limited space, while its robust build quality (including IP54 ingress protection and C4 anticorrosive level) ensures durability in harsh outdoor or industrial environments.

What truly distinguishes the ESS-YTPowerSmart150 is its focus on efficiency and sustainability. The inverter achieves a maximum efficiency of 98.4%, minimizing energy loss during charging and discharging cycles. Additionally, the system supports integration with renewable energy sources (such as solar and wind) and traditional backup power (like diesel generators), enabling businesses to reduce reliance on grid power and lower carbon footprints. Whether used for peak shaving, load shifting, backup power, or off-grid energy supply, the ESS-YTPowerSmart150 provides a versatile, future-ready solution for modern energy challenges.

Product Features

The ESS-YTPowerSmart150’s competitive edge lies in its four core features, each engineered to deliver tangible value to users—from simplified operation and maintenance (O&M) to long-term cost savings.

Smart Cloud-Based Operation & Maintenance

Leveraging AI and cloud technology, the ESS-YTPowerSmart150 offers remote monitoring and proactive maintenance capabilities that redefine energy storage management. The system’s AI-enabled platform continuously tracks key metrics (e.g., battery SOC, temperature, and performance) in real time, sending instant alerts for anomalies such as overheating or battery degradation. This early warning system prevents costly downtime and extends the full life cycle of the batteries, reducing the need for premature replacements.

Moreover, the system supports multi-mode switching (e.g., peak shaving, self-consumption, and backup power), allowing users to adjust operation strategies based on energy prices or grid conditions. For example, during high electricity rate periods, the system can discharge stored energy to avoid peak grid costs; during low-rate periods, it can recharge to maximize savings. This flexibility not only optimizes energy use but also increases revenue potential for commercial and industrial users.

Enhanced Safety & Reliability

Safety is a non-negotiable priority for industrial energy storage, and the ESS-YTPowerSmart150 excels in this area. It is equipped with a dual-layer safety system: a smart warning mechanism that detects potential hazards (e.g., short circuits, overvoltage) and triggers protective measures, and a precise temperature control system that maintains battery temperature within an optimal range. This combination not only prevents safety risks (such as thermal runaway) but also extends the product’s lifespan by up to 12%—a critical advantage for businesses looking to maximize return on investment (ROI).

The battery itself is designed for stability, with a rated voltage range of 470.4 Vdc to 604.8 Vdc and a maximum charge/discharge current of 100 A, ensuring consistent performance even under heavy loads. Additionally, the system includes built-in lightning protection and fuse-based input protection, further enhancing reliability in outdoor or storm-prone areas.

Modular Design & Rapid Deployment

Traditional energy storage systems often require weeks of on-site installation, disrupting business operations and increasing labor costs. The ESS-YTPowerSmart150 addresses this pain point with a modular, prefabricated design: all components are pre-assembled and tested in YTenergy’s factory, allowing for plug-and-play deployment on-site.

This design not only reduces installation time but also cuts installation costs by up to 15%—a significant saving for large-scale projects. The system’s compact size (1600×1700×2591 mm, W×D×H) and lightweight structure (3000 kg) also simplify transportation and placement, even in tight industrial spaces. Whether deployed as a standalone unit or part of a larger energy network, the ESS-YTPowerSmart150 ensures fast, hassle-free setup.

Flexible Power & Energy Scalability

Every business has unique energy needs, and the ESS-YTPowerSmart150 is designed to grow with those needs. It supports “hand-in-hand” parallel expansion, allowing users to connect multiple units to extend both power and energy capacity. This scalability means the system can cover an energy range of 107.5 kWh to 300 kWh and a power range of 50 kW to 300 kW, making it suitable for applications of all sizes—from a small manufacturing plant (needing 50 kW backup power) to a large mining operation (requiring 300 kW off-grid supply).

The system also supports flexible input integration, including 10 kW/20 kW wind power input (optional), 50 kW PV input (with 4 MPPT channels for maximum solar energy capture), and 50 kW diesel generator input. This versatility ensures compatibility with existing energy infrastructure, allowing businesses to upgrade without replacing their current setup.

Applications

The ESS-YTPowerSmart150’s versatility and robustness make it suitable for a wide range of industrial, commercial, and off-grid applications. Below are its most common use cases, each highlighting how the system addresses specific industry challenges.

Industrial Facilities

Factories, manufacturing plants, and industrial complexes rely on uninterrupted power to avoid costly production downtime. The ESS-YTPowerSmart150 serves as a reliable backup power source, kicking in instantly during grid outages to keep critical equipment (e.g., assembly lines, cooling systems) running. Its 50 kW to 300 kW power range can match the load demands of most mid-to-large industrial facilities, while its long-duration 150.5 kWh energy capacity ensures extended backup time.

Additionally, the system helps industrial users reduce energy costs through peak shaving. By storing energy during off-peak hours (when electricity rates are low) and discharging during peak hours (when rates are high), the ESS-YTPowerSmart150 cuts reliance on expensive grid power. For example, a steel factory with high daytime energy use could save up to 30% on monthly electricity bills by using the system to avoid peak rates.

Commercial Buildings

Shopping malls, office complexes, hotels, and retail centers face unique energy challenges: high daytime load (due to lighting, HVAC, and customer traffic) and the need for reliable power to maintain customer satisfaction. The ESS-YTPowerSmart150 addresses these challenges by optimizing energy use and providing backup power.

For commercial buildings with solar installations, the system stores excess solar energy generated during the day for use in the evening or night—reducing grid dependency and lowering carbon footprints. Its compact 2.72 square meters footprint is ideal for rooftop or parking lot installations, where space is limited. In the event of a grid outage, the system ensures critical services (e.g., elevators, emergency lighting, HVAC) remain operational, enhancing safety and customer trust.

Off-Grid & Remote Locations

Mining operations, oil fields, remote construction sites, and rural communities often lack access to stable grid power, relying instead on expensive diesel generators. The ESS-YTPowerSmart150 offers a sustainable alternative, providing off-grid power that combines renewable energy (solar/wind) with stored energy.

Its -30℃ to 55℃ operating temperature range (with derating at 45℃) makes it suitable for harsh environments—from freezing mining sites in northern regions to hot oil fields in desert areas. The system’s compatibility with 50 kW diesel generator input also allows for hybrid operation: during periods of low renewable energy (e.g., cloudy days), the diesel generator can recharge the system, ensuring continuous power. This hybrid model reduces diesel fuel consumption by up to 40%, cutting both costs and emissions for remote operations.

FAQ

To help users make informed decisions, below are answers to the most frequently asked questions about the ESS-YTPowerSmart150.

What makes the ESS-YTPowerSmart150 suitable for industrial use?

The ESS-YTPowerSmart150 is engineered for industrial durability and performance: it features IP54 ingress protection (dust and water resistance) and C4 anticorrosive level (resistant to harsh industrial chemicals and humidity), ensuring it withstands tough factory or outdoor conditions. Its 150.5 kWh energy capacity and 50 kW to 300 kW power range match industrial load demands, while its AI-based monitoring prevents downtime. Additionally, its modular design allows for easy expansion as industrial operations grow—making it a long-term solution for industrial energy needs.

Can the system integrate with existing energy infrastructure (e.g., solar, diesel generators)?

Yes, the ESS-YTPowerSmart150 is designed for seamless integration with existing energy systems. It supports 50 kW PV input (with 4 MPPT channels to maximize solar energy capture), 10 kW/20 kW wind power input (optional), and 50 kW diesel generator input. This means businesses can connect the system to their current solar panels or diesel generators without replacing equipment. The system’s smart controller automatically balances energy from these sources, prioritizing renewable energy to reduce costs and emissions.

How does the cloud-based monitoring work, and what benefits does it offer?

The ESS-YTPowerSmart150’s cloud-based platform uses AI to track real-time data (battery SOC, temperature, inverter efficiency, etc.) and sends updates to a user-friendly dashboard (accessible via computer or mobile device). Users can monitor performance, adjust operation modes (e.g., peak shaving, backup), and receive instant alerts for issues like overheating or low battery. This remote monitoring eliminates the need for on-site O&M teams, reducing labor costs, and the early warning system prevents costly repairs—extending the system’s lifespan and maximizing ROI.