We have adequate capabilities to execute complex, large-scale projects with a total output of several hundred megawatts. We provide our services throughout the whole area of Poland, co-operating with both domestic and foreign investors.
We offer full design support – starting with a concept, moving through analyses and arrangements, and concluding with multidisciplinary construction and detailed designs, as well as technical consulting throughout the execution stage. We utilise the latest technology and design tools, rendering our solutions modern, optimal and tailored to our clients’ needs.
Moreover, we provide our exhaustive design services in the area of modern energy storage systems – a vital component of renewable energy sources integration and power grid stability. Our solutions are tailored to the individual needs of investors. Each design includes: selection of an optimal energy storage technology (lithium-ion batteries, flow batteries, other technologies), drawing-up of a concept and detailed technical documentation, integration of the storage systems with renewable energy generating units and with the power grid, analysis of the energy and economic efficiency of an investment, ongoing support in obtaining necessary permits and certificates.
We approach each project individually, adjusting technical solutions to local conditions, legal requirements and the client’s expectations.

We excel at designing road infrastructure and investments related to renewable energy sources, particularly wind farms. Our thorough investment servicing includes drawing up of a design documentation for access roads, platforms and auxiliary surfaces, which is adjusted to specific technological and geotechnical conditions on site.

We offer comprehensive elevation surveys, including road planning based on digital terrain models, maintaining optimal longitudinal slopes and cambers conforming to the requirements of construction logistics (e.g., transportation of wind turbine components). We also design engineering structures essential to implement an investment, including conduits, support structures, technology platforms and other auxiliary structures.

Our design works entail detailed analysis of the investor’s documentation, including the zoning plans (MZPZP), environmental approvals, requirements for connection and other administrative decisions. Our goal is to identify potential risks (so-called red flags) which may impact the schedule and scope of an investment.

We also draw up designs of traffic management, both temporary, implemented during a specific stage of construction, as well as intended, required when an already existing road infrastructure is reconstructed.

Our experienced design team prepares documentation concerning public road infrastructure, and our clients include the General Directorate for National Roads and Motorways (GDDKiA), as well as provincial, district and communal road operators.

We provide specialist design services related to LV, MV and HV cable lines and connections. Our designs encompass comprehensive technical solutions tailored to investors’ requirements, as well as conforming to binding standards and the provisions of the energy law.

We design energy connections guaranteeing reliable and safe power supply to industrial facilities, wind farms, photovoltaic systems and other investments; cable lines, both in newly-constructed and modernised networks; technical documentation required to obtain permits, arrangements, and commissioning.

Our team of engineers utilises modern design tools to ensure that the costs are optimised and the negative impact on the environment is minimised. We offer full support at every stage of project implementation, from the concept to the designer’s supervision.

We offer comprehensive design services in the field of medium-voltage (MV), high-voltage (HV) and low-voltage (LV) electrical substations. Additionally, we design HV and LV distribution substations adjusted to the individual needs of investors, as well as to technical and standard requirements.

Our designs cover electrical substations with full technical equipment, distribution substations whose aim is to distribute and manage electric energy, as well as technical documentation required for the implementation, arrangements and commissioning.

Our long-term experience and state-of-the-art design tools guarantee that the implemented solutions remain safe, energy-efficient and cost-optimal. We provide support at every stage of the investment – from the concept, through the detailed design, to the designer’s supervision and technical consultations.

Free quote – during the first meeting, we will discuss your needs, potential dates of inspections and our services. The effect is a tailored and transparent quote of our services.
Qualified team – the inspections are performed by certified pilots holding appropriate qualifications and certificates to carry out thermographic inspections with drones (certificate no. 2024PL39N002). Our work is based on a tested methodology we have developed through experience.
Professional equipment – we use a DJI Mavic 3 Thermal drone equipped with an advanced thermal imaging camera, which registers thermal images in a 640 x 512 resolution. Images are simultaneously taken in the visible spectrum and later converted into a detailed orthophotomap of the inspected area.
Detailed report – each inspection is followed by a technical report meticulously outlining detected anomalies and their exact locations. The analysis is conducted in accordance with the European IEC TS 62446-3 standard, which constitutes a basis for thermal imaging interpretation and defect classification.
We specialise in thermographic inspections of photovoltaic installations. The IEC TS 62446-3 standard identifies five most prevalent anomalies:
1. Hot-spots caused by overshadowing.
2. Hot-spots caused by dirt.
3. Defects of bypass diodes.
4. String operation anomalies.
5. Damage to whole modules.

Our Company actively engages in research and development (R&D) projects aimed at automating key processes related to the construction and operation of photovoltaic power stations. We focus on developing innovative technical solutions that improve the effectiveness, precision and safety of fieldwork. Currently, we are carrying out two proprietary in-house projects:
1. System for staking out and driving posts for PV mounting structures
This project aims to develop an automated system for staking out sites and driving posts for the mounting structures of photovoltaic modules. Its goal, among other things, is to increase the precision of post driving, reduce the need for manual labour, and lower both the costs and time required for project completion.
2. Autonomous blade mower system for photovoltaic farm maintenance
The other project focuses on developing an autonomous steering system for a lawn mower used in the maintenance of photovoltaic power stations. This in-house technology will enable automated mowing of green areas, helping to reduce the costs of PV farm maintenance and minimising the risks of shading caused by vegetation.