enson ads

𝗘𝗡𝗦𝗢𝗡 𝗶𝘀 𝗷𝗼𝗶𝗻𝗶𝗻𝗴 Pruszyński Sp. z o.o. Blachy Pruszyński From the beginning, we have focused on designing mounting structures around the real conditions of utility-scale PV projects. As these projects grow in scale and technical complexity, the capabilities behind our engineering need to grow with them. Joining Pruszyński Group gives ENSON access to a broader industrial base, steel-processing technologies and material expertise. It means greater flexibility in how we design and manufacture structures - and more possibilities to respond to increasingly demanding project requirements. Our annual production capacity will increase from 1.5 GW to 2.4 GW, alongside broader manufacturing capabilities and access to a wider range of steel solutions. For us, this is about being able to do more of what ENSON does best: develop project-specific solutions, take on larger and more complex investments and continue growing across European markets. ENSON remains ENSON - with engineering, quality and technical support at the core of how we work. 𝗦𝗮𝗺𝗲 𝗘𝗡𝗦𝗢𝗡. 𝗦𝘁𝗿𝗼𝗻𝗴𝗲𝗿 𝗳𝗼𝘂𝗻𝗱𝗮𝘁𝗶𝗼𝗻. #UtilityScalePV #PVMountingStructures #SolarEngineering

What can be technically interesting about a PV farm with flat terrain, good geotechnical conditions and a well-known 2V2 structure? More than it may seem at first. In this video, Anna Siuda takes us to a 38 MW PV project near our factory in Czerniewice and explains why even a seemingly straightforward site deserves a closer engineering look. Because in utility-scale PV, the real question is not only whether the structure meets standard assumptions. It is also how the system behaves in this specific location, how wind loads affect different parts of the farm, and where reinforcement is needed - or where overdimensioning can be avoided. This is where wind tunnel testing helps us look deeper and design with the real conditions of the investment in mind. We would like to thank WBS Power and Sunertec - farmy fotowoltaiczne for their trust and professional cooperation. Projects like this are built through strong coordination between all parties involved - from investment vision and project execution to technical preparation and on-site delivery. Watch the video and see how we approach site-specific engineering in practice. #UtilityScalePV #PVEngineering #SolarPV

A supplier's approach becomes most visible after the contract is signed. At enson, we call it #MindfulDesign: a conscious approach to the entire investment process, not only to the structure itself. In this video, Kamil Sadowski and Tomasz Woźniak show what working with us looks like in practice: ► how we support the process as construction progresses ► how partial acceptances work on larger investments If you are planning a utility-scale project, it is a good way to see what to expect 🎥 #UtilityScalePV #PVMountingStructures #OnSiteSupport

The weather is turning. The structure underneath the modules was never designed around just one season. Snow load, ground freeze depth, wind exposure - none of these are estimated. They're verified. Pull-out testing confirms how a foundation actually performs in the ground it's built on. Load testing confirms the structure holds under the conditions specified for that project. That's the work that happens before a single module goes up → so that whatever the season brings later isn't a surprise. #UtilityScalePV #PVEngineering #FoundationDesign

A 50 MW PV project built on professional cooperation We are pleased to have been part of a 50 MW PV project carried out in cooperation with ONDE For us, this project was a strong example of how important professional coordination is in utility-scale PV - especially when technical requirements, site conditions and execution schedules need to be aligned at every stage. The project was based on our 2V2BI mounting structure, developed with the support of wind tunnel testing and prepared for the specific requirements of the site. Due to uneven terrain, slopes and demanding ground conditions, including weathered rock, close cooperation between the EPC, the contractor and our engineering team was essential from the very beginning. To support safe and reliable execution, additional pull-out tests were carried out on site, helping verify the foundation assumptions against actual ground conditions. Our team also provided on-site training for the assembly of the mounting structure, supporting a smooth and well-coordinated installation process. Thank you to the ONDE team and all partners involved for the smooth, professional and constructive cooperation throughout the project. Working on a demanding project with such an experienced EPC partner is always a pleasure and valuable experience. #UtilityScalePV #PVEngineering #EPC

A site survey isn't something we run from scratch on every project. 📑 We work from the site plan (PZT) our clients provide, and occasionally get pulled in to help put one together. The ground conditions it documents, including soil composition, load-bearing capacity, and site geometry, are the starting point for every structural decision that follows. But documentation only gets a project so far. Soil behaves differently in practice than it does on paper, and even within a single site, conditions can vary from one row to the next. That's what pull-out testing is for. Before a structure design is finalised, we drive test piles into the actual ground and measure how much resistance they generate. Not the resistance a soil report predicts, but what the ground itself delivers. If the numbers don't match what the documentation assumed, we adjust support spacing or foundation type before production ever starts. Good engineering doesn't start at the first pile. It starts with knowing exactly what's underneath it. ⚙️ #foundationdesign #siteinvestigation #utilityscalesolar