Battery Systems
PES300 Energy Storage System
- Smart energy management system
- AC/DC power conversion system
- LiFePO4 air-cooled battery pack
- RCD leakage protector
- Plug and play interface
- Super-silent structure
- Fire safety system
PES300 Energy Storage System with 300 kW power output and 645 kWh storage capacity provides robust, reliable, and flexible energy solutions for residential, commercial, and industrial applications.
PES series Energy Storage System uses smart energy scheduling and management to provide power for a variety of electrification equipment, mainly used in rental, industrial/commercial user side peak shaving, construction, large-scale events or heavy-duty electric vehicle charging. Zero-emission, ultraquiet, rapidly movable and rugged, it is a sustainable, safe and reliable alternative to electricity supply.
PES300 Energy Storage System Features:
Energy Saving
Powerlink’s energy equipment is designed for maximum efficiency, helping businesses save energy while reducing operational costs and environmental impact.
Quiet Operation
Powerlink’s advanced energy equipment ensures quiet operation, delivering reliable performance with minimal noise for comfortable and efficient working environments.
Easy Repair
Powerlink designs energy equipment with easy repair access, ensuring quick maintenance, reduced downtime, and long-term reliability for customers.
Spare Parts
Powerlink provides genuine spare parts for all energy equipment, ensuring reliability, extended lifespan, and seamless performance for your power solutions.
Complete Solutions
PES300 Energy Storage System Industry Applications
FAQs
PowerLink Hybrid Solutions cater to a broad spectrum of continuous energy needs. Our smallest unit is 5KVA, ideal for households and small retail properties, and our largest is 3250KVA, capable of powering commercial buildings, hotels, hospitals, mines, factories, and even national power grids. Our generators are suitable for standby and continuous power supply in various sectors.
Our Hybrid Solution include a diesel engine, alternator, elastic coupling, main circuit breaker, radiator, various filters (fuel, air, oil), steel chassis, silencer, accumulator, daily fuel tank, oil filling system, silent housing/container body, and a PLC control system.
Our Hybrid Energy Solutions are designed with advanced technology and a modular design, ensuring superior performance while maintaining cost-effectiveness. At PowerLink, we have an in-depth understanding of the entire equipment system, which includes the engine, generator, and other hardware components, as well as automation control and software, all developed independently by PowerLink.
To calculate the power in kilovolt-amperes (kVA) or kilowatts (KW), multiply the voltage (in volts) by the current (in amperes) for single-phase systems. For three-phase systems, multiply the voltage, current, and the square root of 3 (approximately 1.732). Divide the result by 1000 to convert to kVA or kW as needed.
To measure the power requirement for your load, list all the electrical appliances or systems that will be powered by the generator. Calculate the total wattage by adding the individual wattages of these appliances or systems. This sum gives you an estimate of the power requirement. Ensure to consider both starting and running wattage for accurate assessment.
Featured Article: Hybrid Power System: Smart Power Move or Industry Hype?
When batteries became the new buzzword in solar technology, many homeowners and business owners questioned the real need. Was it a genuine advancement in energy independence or just a clever way for companies to sell you something more?
It’s understandable. After all, you’ve already invested in solar panels — do you really need to spend thousands more on a battery?
Let’s explore both sides of this growing debate.