GEO BESS

85MW Deployed | 320+ Projects | Since 2015 Manufacturing
Get Container Storage Quote Subsidy Guidance

European Experts in Peak Shaving & Container Energy Storage

GEO BESS specializes in peak shaving energy storage systems, container energy storage manufacturing, overseas energy storage subsidy applications, and green energy container solutions. Since 2015, we have successfully completed 320+ projects across Europe with total capacity exceeding 85MW.

Our container energy storage systems are manufactured in our Polish facility and deployed across Europe for industrial, commercial, and utility applications. Each system is optimized for peak shaving and valley filling to maximize ROI and grid support capabilities.

We provide comprehensive guidance on overseas energy storage subsidy policies in Poland, Germany, France, Spain, and other European markets, helping clients secure up to 40% funding for their energy storage projects.

Core Energy Storage Solutions

Peak Shaving Energy Storage

Complete peak shaving energy storage systems designed to reduce demand charges and optimize energy costs. Our solutions provide reliable valley filling during off-peak hours and discharge during peak periods for maximum financial returns.

Container Energy Storage Manufacturing

As a leading container energy storage manufacturer, we produce prefabricated solutions from 250kWh to 5MWh. Factory-tested systems include all components for rapid deployment and reduced installation complexity.

Overseas Energy Storage Subsidies

Expert guidance on overseas energy storage subsidy policies across Europe. We help clients navigate funding programs in Poland, Germany, Spain, France, and other markets to maximize financial support.

Green Energy Container Solutions

Integrated green energy container solutions combining solar PV, energy storage, and intelligent control systems. Sustainable energy solutions for off-grid applications, remote sites, and carbon reduction initiatives.

Valley Filling Energy Storage

Valley filling energy storage systems that utilize low-cost electricity during off-peak periods. Combined with peak shaving capabilities, these systems provide optimal energy arbitrage and grid stabilization.

Overseas Energy Storage Subsidy Guidance

Poland

Program: Energy Storage Program

Funding: Up to 40%

Type: Grants & Subsidies

Deadline: Ongoing

Germany

Program: KfW Renewable Energy

Funding: 30-35%

Type: Low-Interest Loans

Deadline: Year-round

Spain

Program: NextGenerationEU

Funding: 25-40%

Type: Direct Grants

Deadline: 2026

France

Program: ADEME

Funding: 20-30%

Type: Subsidies

Deadline: Quarterly

We provide comprehensive assistance with subsidy applications, documentation, and compliance requirements for all major European energy storage funding programs.

  • Container Energy Storage Manufacturing

    As a leading container energy storage manufacturer, we produce prefabricated solutions that reduce installation time by 70% and costs by 35%. Our manufacturing facility in Poland produces systems from 250kWh to 5MWh capacity.

    Each container includes LFP or NMC batteries, PCS, BMS, thermal management, and fire safety systems. All components are factory-tested before shipment to ensure reliability and performance.

    We offer both standard configurations and custom designs to meet specific project requirements for peak shaving, grid services, and renewable integration.

  • Green Energy Container Solutions

    Our green energy container solutions integrate solar PV generation with energy storage in modular container formats. These systems provide complete energy independence for remote sites, industrial facilities, and sustainable communities.

    Typical configurations include 100-500kW solar PV with 500kWh-2MWh storage capacity. Systems are designed for both on-grid and off-grid operation with seamless transition capabilities.

    We provide complete carbon footprint analysis and sustainability reporting to support ESG goals and green certification requirements.

Valley Filling Energy StorageOptimizing Energy Costs with Intelligent Storage

Recent Projects & Case Studies

Energy Storage System ROI Analysis

Peak Shaving Benefits

  • Demand charge reduction: 25-45%
  • Energy cost savings: 15-35%
  • Subsidy utilization: 20-40%
  • Grid service revenue: €25-60/MWh

Financial Metrics

  • Typical payback: 3-4 years
  • Internal Rate of Return: 15-28%
  • Net Present Value: Positive
  • Levelized Cost of Storage: €0.07-0.12/kWh

Project Timeline

  • Feasibility study: 2-3 weeks
  • Subsidy application: 3-6 weeks
  • Manufacturing: 10-14 weeks
  • Installation: 2-3 weeks
Start Your Energy Storage Project

Contact our technical team for detailed ROI analysis and subsidy guidance

European Energy Storage Experts

  • Marcin Nowak - CEO & Technical Director

    Marcin Nowak

    CEO & Technical Director

    With 18+ years in energy storage systems, Marcin leads GEO BESS's technical direction and manufacturing operations. PhD in Energy Engineering specializing in peak shaving applications.

    Anna Kowalska - Head of Manufacturing

    Anna Kowalska

    Head of Manufacturing

    Anna oversees container energy storage manufacturing with expertise in prefabricated system production. Previously managed 150MW of container storage deployments across Europe.

    Thomas Schmidt - Subsidy & Finance Director

    Thomas Schmidt

    Subsidy & Finance Director

    Thomas specializes in overseas energy storage subsidy applications and project financing. 12 years experience securing funding for renewable energy projects across Europe.

Download Technical Specifications & Subsidy Guide

Get detailed product specifications, manufacturing capabilities, and comprehensive European energy storage subsidy guide.

Contact European Headquarters

Headquarters & Manufacturing

ul. Technologii 15, Park Przemysłowy
Chojnice 89-600
Poland

Contact

Sales & General: +48 22 525 6683

Technical Support: +48 189 486 173

Monday - Friday: 8:00 AM - 6:00 PM CET

Saturday: 8:00 AM - 2:00 PM CET

Email

[email protected]

[email protected]

[email protected]