The energy division of the MCC group
MCC ENERGO s.r.o. builds ground-mounted solar plants and supplies large-scale battery storage and community energy centres for locations without a reliable grid. From design and manufacturing through transport and installation to long-term service — in Europe, Africa and other regions.
Construction
Our core focus is solar farms, battery storage and community energy centres. Each project is designed as a complete system around the site and users’ needs — from feasibility study to handover and service.
Large-scale ground-mounted plants are a key building block of renewable energy. We build them on reclaimed landfills and unused agricultural land. Each system is designed around site conditions and the required capacity.
Utility-scale battery storage enables greater energy independence and stability. With the growing share of renewables in the grid it is essential for grid stabilisation — and we deliver it from site preparation all the way to certification tests and handover.
Geotechnical survey, concrete strip or slab foundations, access roads for vehicles up to 50 tonnes.
Container transport including the ADR regime for hazardous materials and precise crane scheduling.
Container placement, module interconnection, coordination of commissioning and certification testing.
Functional SAT tests, fire-protection system checks, protocols and registration with the authorities.
A relocatable containerised station combines a solar farm, battery storage and prepaid electricity supply. During the day it generates solar power and stores surplus energy; in the evening and at night it supplies users from batteries. For villages, markets, schools, health centres and small businesses without a reliable grid.
From sunlight to the community
Energy management monitors battery levels and load priorities. The station can be relocated and its capacity expanded over time.
Village, market or school.
120–150 households and public buildings.
300–800 households, a small town or industry.
Standard values from the product sheet are indicative. Daily generation depends on solar irradiation, season and site conditions; it is not a guaranteed yield. A feasibility study determines power, storage capacity, land area and the number of users based on the consumption profile.
Users top up credit at the kiosk and draw electricity up to their balance. Options include RFID, cash, coins, mobile payments and QR. The operator sets tariffs by user group or time of day. Each connection is metered separately; a web dashboard displays generation, consumption, revenue and battery levels.
A new High Cube container includes insulation and protective coatings for tropical climates. The locked technical area is separated from the public kiosk and socket boxes. Equipment includes LiFePO4 batteries, BMS and EMS controls, air conditioning, smoke and temperature detection, automatic fire suppression and an emergency stop. A factory acceptance test (FAT) is performed before dispatch.
Delivery includes a feasibility study, manufacturing at MCC MECHANICA, transport, installation, local operator training and service. Indicative lead times from order are 10–11 weeks for a 20′ station and around 4–5 months for a 40′ station, depending on configuration and shipping route. The structure and technology carry a 24-month warranty; batteries and panels are covered by their manufacturers’ warranties. Remote monitoring from the EU is included during the warranty period.
Options include electric motorcycle charging, satellite internet and a grid or diesel generator connection for backup. Solar and battery capacity can be expanded over time. In addition to socket boxes, larger configurations supply a local 0.4 kV grid for households and public buildings.
Our core offering is complemented by rooftop installations, solar carports and upgrades to existing power plants.
Rooftop systems optimise energy production right where it is consumed. They reduce a building's energy dependence and minimise the impact on the landscape — from production halls to shopping centres.
Carports generate electricity while protecting vehicles from the weather. We install photovoltaic panels on canopy roofs and connect them to the green-energy infrastructure — including EV charging.
We bring ageing plants back to their expected output by replacing components with newer, more efficient technology. A special discipline is replacing fixed structures with dynamic trackers that follow the sun throughout the day.
Complete delivery
Design, installation, maintenance — with an emphasis on schedules, budgets and high quality standards.
Civil and electrical works coordinated under one lead.
Optimised material supply and site equipment.
Terrain preparation, fencing and earthworks.
Our own machinery and experienced crews.
The support structure — an undervalued element with a direct impact on project economics.
Specialised in power wiring up to 1,000 V AC / 1,500 V DC, thermal-imaging inspections.
How we work
One contract, one responsible supplier. We keep the whole chain in our own hands.
Consumption analysis, sizing, design documentation and permit paperwork.
Optimised supply of technology and materials, site equipment.
Sea and land transport, customs clearance and last-mile logistics.
Foundations, placement, electrical works, system start-up and client-witnessed tests.
Local team training, responsibility handover and ongoing remote monitoring.
Strong backing
We build on the MCC group's long experience with critical infrastructure — from design through manufacturing and commissioning to long-term maintenance.
Identity verification and data management for governments and corporations.
mccidentity.com ↗
Manufacturing and assembly — modular containerised structures and ballistic-resistant constructions.
mccmechanica.com ↗
Turnkey solar farms, battery storage and community energy centres.
You are hereContact
Tell us about your site and the capacity you need. We will get back to you within a week with a first proposal.
