PES500 Hybrid Energy System

Key specifications

The PES Series Battery Storage from PowerLink offers efficient energy solutions tailored for various power management needs.

With advanced technology, these systems provide reliable and flexible storage options to optimise energy usage and enhance performance.

Output Power (kVA) Output Power (kW)
500 500
Battery Capacity (kWh) Solar Power Capacity (kWp)
624 110

Hybrid energy systems FAQs

PowerLink is a professional manufacturer of power energy equipment with over 20 years of experience in research and development, manufacturing, global sales, and service. We attach great importance to R&D investment and efficiency management.

We have accumulated years of application experience in various industries and service management experience. We believe that we are an advanced and visionary enterprise in this field, and we hope to create maximum value and profit for our customers and various investment institutions.

PowerLink hybrid battery systems are high-density, all-in-one energy hubs.

Managed by an Intelligent Energy Management System (EMS), these units automatically prioritise renewable energy and battery discharge.

The systems are highly modular and scalable, and feature a plug-and-play interface designed for rapid deployment.

By combining sources, they can reduce fuel consumption and CO2 emissions and ensuring 24/7 power stability.

PowerLink supplies hybrid energy systems for remote mining, construction, and telecommunications to manage heavy peak loads while drastically reducing fuel consumption and maintenance costs.

They also support urban events and emergency services by providing silent, emission-free power in noise-sensitive areas through their integrated battery and solar storage capabilities.

PowerLink’s goal is to achieve 100% return customers, and our professional and dedicated team allows us to achieve this goal.

Some key reasons to choose PowerLink products are:

  • Existing customers continue to comment on why our products have higher quality than competitors
  • We are a product manufacturer, and PowerLink power products are not only produced according to IS09001, but also use our own designed software system for closed-loop research and development, manufacturing, and service management to meet customer needs and help ensure stable quality
  • PowerLink has years of experience in providing various types of gensets
  • We provide turnkey solutions for the construction of large-scale power plants. Based on your actual working conditions, we can offer technical solutions, product selection, engineering design, construction, and after-sales service
  • In most cases, we can provide you with the fastest delivery time in the industry. We achieve this goal by keeping more products in stock and using advanced manufacturing processes while maintaining the highest quality
  • Our products are well-known within the industry, and we have sold our products to over 100 countries throughout our companies’ history
  • Our products are not only of reliable quality, but we are also committed to providing them at the lowest possible cost
  • Excellent supply chain and full chain manufacturing capabilities combine price with high-quality products, providing a perfect balance for your requirements

  1. Battery bank
  2. Diesel generator
  3. Inverter/converter
  4. Intelligent management system
  5. Thermal management system
  6. Weatherproof enclosure

First, you need to determine the local energy structure, understand the cost of key elements such as electricity, gas, and fuel, as well as monthly energy cost expenditures.

Please send this information to us and our sales experts will provide you with a detailed investment return analysis.

To choose the right PowerLink hybrid system, first match the battery capacity (kWh) and power output (kW) to your site’s average and peak loads to ensure it can handle heavy equipment start-ups.

Assess your primary energy goal – our experts will be happy to match your goal with the appropriate system.

Verify the availability of renewable inputs like solar to maximise the EMS-driven fuel savings, ensuring the built-in generator is only used as a secondary backup.

Finally, consider environmental factors, such as harsh, high-temperature sites, to maintain long-term battery health and ensure reliable operation.