Photovoltaics (PV / FVE)
Business, municipal and HOA installations — rooftop and ground-mounted. Data-driven sizing, design, delivery, grid connection and inspections.
PV (FVE) detailsIndustrial energy
Solutions for businesses, municipalities & HOAs
Energy that works as a complete system.
We deliver integrated energy solutions for real operations: PV (FVE), battery storage (BESS), smart control (EMS/SCADA) and e-mobility with DLM — including design, grid connection and inspections plus service monitoring.
- ✓ PV (FVE) kWp–MWp
- ✓ BESS kWh–MWh
- ✓ EMS/SCADA + monitoring
Built on solid foundations in electrical engineering and inspections.
Controllable system
limits • export • reporting
What we deliver in energy
We build solutions that are connectable, safe and controllable. Every pillar comes with clear outputs, documentation and operational continuity (metering, protections, EMS/SCADA).
Battery storage (BESS)
Storage from kWh to MWh: peak-shaving, backup, demand stabilization, EMS integration. Safety design, protections, commissioning and service regime by criticality.
BESS detailsEnergy control (EMS/SCADA)
The “brain”: power control, connection limits, zero export, self-consumption optimization and reporting. Without EMS you have a source; with EMS you have a system.
EMS/SCADA detailsAggregation & flexibility
Preparing resources (often BESS) for flexibility. We deliver metering, communication, control logic and operating modes.
Aggregation detailsSubsidies & compliance support
Technical support for RES+/OPTAK and documentation inputs (reports, parameters, designs). Goal: a smooth process without unnecessary returns.
Subsidy supportE-mobility & charging (DLM)
Charging infrastructure for businesses and municipalities. Dynamic load management (DLM), RFID, billing, load management and future expansion readiness.
E-mobility detailsHow we can help
End-to-end PV delivery — from business case and permits to service and monitoring.
ROI and investment payback calculation
System sizing based on consumption, self-consumption scenarios, export limitations, and a high-level project business case.
Applications, contracts, and grants
Grid-connection documentation, coordination with the distribution operator, contractual/process steps, and guidance through available grant options.
Permits and commissioning approval
Engineering support, documentation, coordination, and guidance to keep approvals moving without unnecessary delays.
Turnkey PV plant delivery
Rooftop and ground-mounted installations to design, safe cable routing, H&S compliance, quality workmanship, and a clean handover.
Warranty and post-warranty service
Preventive inspections, repairs, SLA, performance-drop diagnostics, and fast response based on operational criticality.
Training for operations and monitoring
Monitoring access, alerts, reporting, and practical operator training for reliable day-to-day operation.
What we solve in real operations
Energy isn’t about “buying technology”. It’s about controlling power, costs and risk based on your data and connection limits. Here are typical scenarios.
Peak-shaving & capacity optimization
BESS + EMS trims demand peaks. It relieves the grid connection and typically reduces pressure to increase the main breaker.
Backup for critical technologies
Backup mode during outages for servers, cooling, production or security technologies.
Zero export & power control
Where export is not permitted, we implement limitation and control logic so production is maximally used for self-consumption.
ESG data, metering & reporting
Accurate data on generation, consumption, CO₂ savings and states — ready for internal reporting, audit and financing.
Procurement & price optimization
Battery charge/discharge and consumption control based on operating rules and price signals (where meaningful).
Charging without overload (DLM)
Chargers with dynamic load management: vehicles charge with available power but do not overload the connection or site operation.
Technology in detail
Business energy is more than panels. It’s switchboards, protections, communications, metering and control. Good execution reduces future service cost.
How cooperation works
- 1) Data & analysis
Consumption profile, grid limits, operating goals. Concept proposal (PV/BESS/EMS/DLM) and initial economics.
- 2) Design & permits
Design documentation (scope-based), trade coordination, connection documents, subsidy support and timeline.
- 3) Delivery & commissioning
Installation, switchboards, protections, communications, metering. Limit settings, testing and go-live.
- 4) Inspections & monitoring
Initial inspection, handover documentation, monitoring and service supervision. Long-term stable operation.
We deliver energy projects across the Czech Republic
We deliver nationwide — decisions are driven by data, grid connection, safety and operating goals. Typical clients: industrial sites, logistics, warehouses, public buildings and HOAs.
Ostrava region
Nošovice / Frýdek-Místek area
Mošnov & industrial zones
Olomouc region
Brno & South Moravia
Zlín region
Mladá Boleslav area
Kolín / Kutná Hora
Pardubice / Hradec Králové
Plzeň region
Ústí nad Labem / Teplice
České Budějovice / Tábor
Outside these areas? No problem — we can handle concept and delivery nationwide. Send us your data and goals; we’ll propose next steps.
Trusted by industry leaders.
Long-term partnerships with top companies in industry and the public sector.
Accepting new projects
Have a project?
Let’s build it together.
- Consultation & cost estimate
- Delivered by our in-house teams
- On-time delivery & long-term service
Headquarters
Ostrava
Frequently asked questions
What does “industrial energy as a complete system” (PV + BESS + EMS/SCADA) mean?
It’s not just installing hardware — it’s a controllable system: PV (FVE) generates, the battery (BESS) stores, and EMS/SCADA controls power according to grid-connection limits, consumption and operating rules. The result is stable operation, higher self-consumption, export control and predictable site behavior.
When does a company PV system (FVE) make economic sense?
Typically where there is stable daytime consumption, weekday operation, or where production can be used intentionally (technology, cooling, manufacturing, charging). Key factors are sizing based on your data, grid-connection limits and realistic scenarios (self-consumption, battery, power control, and possibly aggregation).
How do you determine the optimal PV size (kWp–MWp) for our site?
We start with the consumption profile (15-minute data, billing, operating regime), roof/land assessment, grid-connection options and goals (savings, zero export, peak-shaving, ESG). We usually deliver options so you can see how PV size, battery and control affect economics and operation.
What is battery storage (BESS) and what is it used for in a company?
BESS is a battery system (kWh–MWh) that stores energy and helps manage peaks, stabilize demand, increase PV self-consumption, or back up selected circuits. In companies, it often pays off mainly through peak-shaving and power control (to avoid exceeding connection limits).
How does peak-shaving work and can it help reduce reserved capacity?
Peak-shaving means BESS + EMS covers short demand spikes that would otherwise load the connection. In practice, it reduces the risk of exceeding limits, improves operational stability and — in some scenarios — provides inputs for optimizing reserved capacity, always based on your data and distributor conditions.
What is EMS/SCADA and why is it critical for B2B?
EMS/SCADA is the control layer that decides when to generate, store, curtail output, charge/discharge the battery and how to enforce grid limits. In B2B, the difference between a “source” and a “system” is control: without EMS you often lose part of the benefits and increase operational risk.
Can you set up zero export or export limitation to the grid?
Yes. Where export is not allowed or is limited, we implement technical power limitation and EMS control logic so self-consumption is maximized and the system behaves stably without unnecessary oscillations.
How does grid connection for PV/BESS work and what do you handle?
We prepare technical documents for connection, coordinate communication with the distributor, deliver design documentation and electrical dependencies (switchboards, protections, metering). The goal is a connectable design with clear steps to commissioning.
Do you handle design, permits, documentation and commissioning?
Yes. For business and municipal projects, we typically deliver design documentation (scope-based), engineering, coordination and commissioning (tests, limit settings, communication verification and operating modes). Handover documentation is included so the system remains manageable long-term.
Is the initial electrical inspection and report included?
Yes. We treat inspections and measurements as part of safe handover: initial inspections per scope, protocols, circuit labeling and operating recommendations. For BESS/EMS, traceable documentation is also crucial for service and audits.
How do you address safety and serviceability (especially for BESS)?
Safety is addressed through architecture, protections, fusing, measurement, ventilation/placement per design and clear operating modes. We emphasize service access, diagnostics and monitoring so issues are detected early and intervention is fast and controlled.
Can you provide monitoring, alarms, reporting and data for ESG?
Yes. We deliver online supervision (generation/consumption/states), alarms for faults or deviations and data exports for reporting. For business projects, this often supports auditability and long-term benefit evaluation.
What is aggregation and flexibility and when does it pay off?
Flexibility means the ability of a resource (often BESS) to change power in a controlled way based on operational needs and market/aggregator signals. It pays off where technical capabilities, operational limits and economics align. We prepare measurement, communications and control logic so the resource is technically ready for flexibility.
E-mobility at a company: why use dynamic load management (DLM)?
DLM allows charging more vehicles without overloading the grid connection or disrupting site operation. It distributes available power based on rules (priorities, time, tariffs), can integrate with PV/BESS, and prepares infrastructure for future expansion.
What do you need for a quick proposal?
Ideally 15-minute consumption data (or at least billing and operating regime), information about the connection/main breaker, your goal (savings, zero export, backup, peak-shaving, charging), and a few photos/plans of the roof or technology. The rest is completed during the technical survey and measurement.