Turnkey energy solutions – from hundreds of kW to megawatts

We deliver turnkey energy solutions regardless of project size. From hundreds of kW to megawatt-scale installations with containerised battery storage for industry and cities.

TURNKEY SOLUTIONS

We deliver energy solutions regardless
of project size.

From hundreds of kW to megawatt-scale installations. We design, implement and operate long-term energy solutions for businesses and cities.

Analysis and design

Consumption profiling, system design and capacity dimensioning.

Technology supply

Modular and containerised PV / BESS / EMS solutions.

Installation and integration

Technology assembly, connection and system integration.

Commissioning and optimisation

System configuration, testing and long-term operation.

  • Analysis and design

    Consumption profiling, system design and capacity dimensioning.

  • Technology supply

    Modular and containerised PV / BESS / EMS solutions.

  • Installation and integration

    Technology assembly, connection and system integration.

  • Commissioning and optimisation

    System configuration, testing and long-term operation.

SOLUTION ARCHITECTURE

Energy as one integrated system

We design and deliver energy systems as an interconnected architecture. From generation through storage to consumption management and grid connection — in real time.

TARGET SEGMENTS

Who is our energy solution for

We design solutions based on the type of project, not a one-size-fits-all template.

Companies and industrial sites

Industrial plants, logistics centres and administrative complexes

Companies and industrial sites

Cities and municipalities

Municipal buildings and public infrastructure

Cities and municipalities

Development projects

New residential, commercial and mixed-use projects

Development projects

High-consumption residential homes

Large family houses and residential properties

High-consumption residential homes
  • Companies and industrial sites

    Industrial plants, logistics centres and administrative complexes

    Companies and industrial sites
  • Cities and municipalities

    Municipal buildings and public infrastructure

    Cities and municipalities
  • Development projects

    New residential, commercial and mixed-use projects

    Development projects
  • High-consumption residential homes

    Large family houses and residential properties

    High-consumption residential homes
TECHNOLOGICAL PILLARS

What we deliver

Technologies and systems we design, supply and integrate — including complete high-voltage electrical installations for industrial operations.

Photovoltaic power plants (PV)

Design and implementation of photovoltaic systems for companies, cities and development projects.

Photovoltaic power plants (PV)

Heat pumps and heating

Efficient heat sources as part of a comprehensive energy solution.

Heat pumps and heating

High-voltage electrical solutions

Complete high-voltage installations for companies and industry — switchboards, wiring, lighting and technology connections.

High-voltage electrical solutions

Battery energy storage (BESS)

Modular and containerised battery storage for energy accumulation, peak shaving and stable operation of industrial and municipal projects.

Battery energy storage (BESS)

Energy management & EMS

A control system for monitoring, optimising and managing energy production, consumption and storage in real time across the entire energy system.

Energy management & EMS
  • Photovoltaic power plants (PV)

    Design and implementation of photovoltaic systems for companies, cities and development projects.

    Photovoltaic power plants (PV)
  • Heat pumps and heating

    Efficient heat sources as part of a comprehensive energy solution.

    Heat pumps and heating
  • High-voltage electrical solutions

    Complete high-voltage installations for companies and industry — switchboards, wiring, lighting and technology connections.

    High-voltage electrical solutions
  • Battery energy storage (BESS)

    Modular and containerised battery storage for energy accumulation, peak shaving and stable operation of industrial and municipal projects.

    Battery energy storage (BESS)
  • Energy management & EMS

    A control system for monitoring, optimising and managing energy production, consumption and storage in real time across the entire energy system.

    Energy management & EMS
KEY TECHNOLOGY

Battery energy storage systems (BESS)

Battery storage is a key component of modern energy. It enables efficient use of generated energy, stabilises operations and optimises costs in industrial and municipal projects.

What battery storage solves

Surplus energy storage

BESS enables efficient storage of surplus generated energy for later use.

Peak shaving

Helps stabilise consumption during periods of high energy demand.

Grid and operation stability

Provides reliable backup power and contributes to a balanced energy profile.

Energy self-sufficiency

Reduces dependence on external energy suppliers.

  • Surplus energy storage

    BESS enables efficient storage of surplus generated energy for later use.

  • Peak shaving

    Helps stabilise consumption during periods of high energy demand.

  • Grid and operation stability

    Provides reliable backup power and contributes to a balanced energy profile.

  • Energy self-sufficiency

    Reduces dependence on external energy suppliers.

BESS product range

LUNA2000-215-2S10
LUNA2000-215-2S10 ≈ 215 kWh
You will appreciate:
  • flexible capacity
  • real-time optimisation

Energy storage for companies and facilities with real-time optimisation.

LUNA2000-4472
LUNA2000-4472 ≈ 2 MWh
You will appreciate:
  • modular solution
  • container with complete technology

Industrial battery storage for energy applications.

ENERGY MANAGEMENT

Energy management & EMS

Energy solutions only make sense when they are managed and optimised over the long term. EMS connects energy production, storage and consumption into a single system.

  • Real-time monitoring and control
  • Operation and cost optimisation
  • Predictions, data and long-term overview
  • Readiness for further system expansion
COOPERATION

How the cooperation works

We design and implement energy solutions comprehensively — from initial analysis through to long-term operation and service.

Analysis and brief
Analysis and brief

Energy consumption, project goals and technical requirements.

Solution design
Solution design

System architecture, capacity dimensioning and project economics.

Implementation and installation
Implementation and installation

Technology supply, assembly and integration of individual components.

Commissioning and optimisation
Commissioning and optimisation

System configuration, functionality testing and performance tuning.

Operation and service
Operation and service

System monitoring, maintenance and long-term optimisation.

01
Analysis and brief

Energy consumption, project goals and technical requirements.

02
Solution design

System architecture, capacity dimensioning and project economics.

03
Implementation and installation

Technology supply, assembly and integration of individual components.

04
Commissioning and optimisation

System configuration, functionality testing and performance tuning.

05
Operation and service

System monitoring, maintenance and long-term optimisation.

VALUES AND APPROACH

Why mitel

We do not create isolated solutions. We design energy as an integrated whole that makes sense today and in the long term.

Comprehensive approach

From design through implementation to operation and optimisation.

Technology neutrality

We design solutions based on the project, not a single technology.

Long-term operation

Energy does not end with installation. We provide monitoring, service and development.

Proven experience

Solutions for companies, cities and large-scale energy projects.

Let's design your project together

We will design a solution for your project

Every project has a different consumption profile, different goals and different constraints. We design and implement energy solutions as an integrated whole — from hundreds of kW to megawatt-scale installations.

  • Consumption and production capacity analysis
  • Architecture design (PV / BESS / EMS / grid)
  • Power and capacity dimensioning
  • Recommendations for next steps in implementation