CONCEPT AND ENERGY DESIGN
Concept and energy design for industrial plants
From audit to a project ready for investment decisions
We turn your plant's energy consumption profile into a financeable PV + BESS + EMS concept, balancing technical feasibility, process needs, return on investment and project delivery scope.
System architecture
What does the concept and design cover?
PV + BESS + EMS system concept
We design an energy architecture matched to the plant's real operating profile.
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PV generation
Sizing and configuration of photovoltaics for consumption profile and self-consumption at the plant.
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Energy storage (BESS)
Storage capacity and power for cost optimization, demand peaks and profile stabilization.
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EMS control
Management of PV production, BESS storage and loads based on data and consumption forecasts.
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Grid connection
Integration with DSO infrastructure, contracted power and behind-the-meter operating conditions.
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Regulatory and investment aspects
Formal requirements, project pathway, financing and investment feasibility criteria.
Scope of work
Scope of concept and design
1. Energy data analysis
We assess consumption profile, power peaks, plant seasonality, tariffs, distribution charges and self-consumption potential.
2. Technology selection
We design the right combination of:
- PV Generation — energy production from photovoltaics,
- BESS Storage — energy storage for cost optimization and profile stabilization,
- EMS Control — energy management, forecasting and control system,
- Grid Connection — integration with grid connection and power infrastructure.
3. Techno-economic model
We compare investment variants, indicate the recommended scenario and present the project's impact on energy costs, use of own generation and return on investment.
4. Implementation plan
We prepare technical scope, schedule, formal pathway, documentation requirements and recommendations on financing and delivery.
Design process
How does it work?
Energy profile analysis
We verify consumption data, load profile, connection capacity, cost structure and plant operating conditions.
Variant modeling
We test different PV, BESS and EMS configurations, assessing their impact on self-consumption, energy costs, technical requirements and return on investment.
Solution recommendation
We indicate the system variant best matched to site needs, with technical and financial justification.
Decision package
We deliver concept, business case and implementation plan that can form the basis for investment decisions, financing and further design.
Applications
Use cases in industry and manufacturing
Plants with high daytime energy use
A PV + BESS + EMS concept helps assess how much energy can be used directly in production processes and how to size the system for the site's operating profile.
Sites with high load variability
For plants with power demand spikes or variable production schedules, we analyze whether energy storage and EMS can support more predictable energy management.
Companies planning renewable energy investment
We prepare a concept that helps define the right PV scale, the case for BESS and the EMS functions needed to control and optimize the system.
Plants preparing a project for financing
Business case, variant analysis and implementation plan organize investment assumptions and facilitate discussions with management, lenders or technology partners.
Business benefits
Business benefits
Lower energy costs
Better use of PV production, reduced imports in expensive tariff zones and preparation for active energy management.
Maximized self-consumption
BESS and EMS allow shifting energy use over time and increasing the share of locally produced power.
Stabilized energy profile
The design can include peak shaving, limiting contracted power exceedances and improving cost predictability.
Financing readiness
Business case, technical variants, implementation plan and feasibility analysis create a coherent package for investment decisions.
ESG and decarbonization support
The concept shows the project's real impact on energy efficiency, emissions reduction and environmental reporting.
Integrations and applications
Integrations and applications
We design the system with industrial plant infrastructure in mind:
Who is this service for?
For industrial plants, logistics centers, production sites and energy-intensive companies that want to move from a general energy cost analysis to a specific, quantifiable and deliverable investment project.
FAQ
Frequently asked questions (FAQ)
Practical questions before moving to detailed design.
Optimize energy costs today
Request an offer and our expert will get back to you within 24 hours with a tailored proposal.
What you get
- Initial cost review with no obligation
- Solution tailored to your business needs
- Response within one business day
- Technical support and expert consultation
- End-to-end delivery — from design to service