Battery Energy Storage System

PowerEdge – Your Trusted BESS Partner

At PowerEdge, we believe there is no one-size-fits-all solution when it comes to energy storage. Every project has its own operational demands, safety requirements, sustainability goals, and budget realities. That’s why we don’t limit ourselves - or our customers - to a single technology.

 

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Technology-Agnostic. Customer-Obsessed.

 
We work with a carefully selected , global network of leading energy storage providers, combining innovation, proven performance, and responsible sourcing. This gives us the flexibility to select the most suitable BESS solution for each application - whether it’s lithium iron phosphate (LFP), nickel manganese cobalt (NMC), sodium-ion, or something new on the horizon.
LFP (Lithium Iron Phosphate)

Safe, Long-Lasting, and Scalable

With excellent thermal stability, long cycle life, and attractive costs, LFP batteries are a dependable choice for renewable energy storage, load shifting, and commercial-scale EV charging (especially in hubs where ultra-fast charging isn’t required). They offer excellent safety, longevity, and affordability, particularly when space is not a limiting factor.

NMC – Compact Power, High Performance

Compact Power, High Performance

NMC batteries provide high energy and power density, making them ideal for fast EV charging hubs, mobile or backup systems, and facilities with limited space. They support 1C+ discharge rates, enabling powerful peak shaving and buffer storage—but require attention to safety and carefully selected power equipment.

Sodium-Ion – Sustainable and Promising

Sustainable and Promising

Free from lithium, cobalt, and nickel, sodium-ion batteries offer a more sustainable energy storage path. Perfect for applications where energy density isn’t critical, eventough this aspect is improving too. This technology has potential to be very cost-effective and it´s more environmentally responsible option gaining traction as technology scales.

Solid-State – The Future Is Forming

High energy density. Maximum safety. Game-changing potential.

Solid-state batteries are paving the way for next-gen storage. Offering unmatched safety, lifespan, and compact power, they are set to revolutionize applications in mobility, defense, and high-end grid storage. Still emerging, but promising fast scalability.

Indoor Battery Solutions 

Technology Agnostic - Specifications (Range):
  • Usable Capacity: 10 kWh – 200 kWh
  • Power Output: 5 kW – 100 kW
  • Mounting: Wall-mounted, floor-standing rack systems, or cabinet enclosures
Battery storage system for indoor use-1

Outdoor Battery Solutions 

Technology Agnostic - Specifications (Range):
  • Usable Capacity: 50 kWh - xxx MWh
  • Power Output: 25 kW – 1 MW+
  • Mounting: Skid-based or containerized turnkey units. IP54 to IP66 weatherproof enclosures
battery storage system outdoor container

Energy Management System (EMS)

Energy Management System (Manufacturer- and technology-open)
  • Optimally manage energy systems & reduce costs
  • Simply plan, operate & renew energy systems
  • Efficiently implement simple & complex systems to meet local  standards
Energy Management System EMS-3

We consider everything

Performance


Power (C-rate), energy density, and cycle life tailored to your load profile and business case


 

Safety

Chemistries and system architectures designed with safety first


 

Sustainability

Sourcing transparency, ethical materials, recyclability, and carbon footprint


 

Grid Compatibility


Regulatory fit and smart integration across international markets


 


 

Not sure what battery size you need?

Tell us a bit about your project/site, and we’ll send you a tailored, non-binding estimation - fast, simple, and no strings attached.

 

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Technology Comparison Matrix

A comparison of key battery technologies to help you select the best fit for your needs.

Criteria LFP NMC Sodium-Ion Solid-State

Energy Density (Wh/kg)

Medium (~160-200)

High (~200-250)

Lower (~100-160)

Very high (~~300)

Cycle Life (cycles)

High (6,000+)

Medium (3,000-5,000)

Medium (3,000-5,000)

Very High (expected 10,000+)

Safety

Very High (Stable chemistry, non-flammable)

Moderate (Thermal runaway risk)

Very High (Stable chemistry, non-flammable)

Exceptional (No liquid electrolyte, stable)

Cost per kWh

Low to Medium (very much source driven)

Higher (Nickel & cobalt sourcing cost)

Potentially Low (Still developing cost structure)

High (Emerging tech, early-stage costs)

Temperature Tolerance

Good (-20°C to 60°C)

Moderate (-10°C to 50°C)

Good (-20°C to 60°C)

Excellent (-30°C to 80°C projected)

Supply Chain Security

Low to Medium (Asia/ Europe Mix)

Medium (Some supply chain risks)

High (No lithium/ cobalt dependency)

Currently Low (limited commercial supply but growing)

Sustainability

Good to Excellent (No cobalt, ESG friendly)

Moderate (Cobalt sourcing concerns)

Excellent (Sustainable raw materials, easier to recycle)

Potentially Excellent (Safe,  recyclable materials)

Grid Compliance

High (with correct integration)

High (Meets EU grid standards)

Developing (Still evolving in grid standards)

Not yet standardized (in scale)

Project Developers (PV, Wind, BESS): Expert support for seamless integration and optimized returns.

Industrial & Areal Clients: Enhance energy reliability with correct BESS siing and technology.

EPC Companies: Simplify project execution with our comprehensive BESS solutions.

Site Owners: Unlock the full potential of your existing renewable sites.

Grid Access Point Owners: Improve network performance and reduce congestion risks.

Local Authorities: Drive regional energy independence and sustainability.

Co-Location with PV and Wind: Maximize efficiency and returns at existing renewable sites.

Customized BESS Design and Sizing: Ensure the right system for your energy needs and market goals.

Revenue Stream Analysis: Explore opportunities in energy markets, from arbitrage to ancillary services.

Industrial & Areal Solutions: Support high-energy applications like heat pumps, industrial loads, and DC charging.

End-to-End Project Development: Expert support from feasibility to commissioning.

Unlock the full potential of your renewable energy projects
 
 

Project Development & Optimization

  • Country scouting and due diligence

  • Comprehensive sizing solutions for PV, Wind and BESS

  • Production, storage, and power marketing simulations

Financial Services:

  • Project financing support

  • Legal entity structures

  • Financial support solutions & Partner search

Power Marketing

  • Fixed fee options

  • Intraday, day-ahead, and reserve energy markets

  • PPA deal scouting/ negotiations

 
 
 

Procurement and Operations Support

  • Supplier shortlisting and negotiations

  • Getting Hardware suppliers accessing projects

  • Getting software vendors accessing projects

  • Manage contacts with related suppliers, traders, authorities

  • Problem resolution, warranty claims

Simulation & Analysis Services

  • Comprehensive optmization/ simulation services

  • Regulatory landscape

  • Getting simulation software suppliers accessing projects

The PowerEdge Advantage

Independent expertise

We work for your business case, not a brand.

Holistic project design

From defining your goals to integrating the system into your site.

Future-ready thinking

Keeping you ahead with scalable and sustainable choices.

Fill out the form and receive a non-binding estimation for your battery project.

 
Partner with PowerEdge and get more than just a battery.
 
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