Enson

Enson Włączamy zieloną energię!

The industry just confirmed what we've been working on.SolarPower Europe's EPC Best Practice Guidelines (Version 3.0) – ...
29/04/2026

The industry just confirmed what we've been working on.

SolarPower Europe's EPC Best Practice Guidelines (Version 3.0) – one of the most referenced documents in utility-scale solar development – dedicates an entire section to mounting structure corrosion and explicitly points to DIN 50929-3 as the key standard for assessing soil corrosivity in PV projects.

Here's what the guidelines highlight:
► Soil corrosivity is one of the most challenging variables in PV structure design – driven by a high number of soil parameters that vary across every site
► Galvanised steel coatings may be insufficient for a 30-year lifespan in highly corrosive soils
► Physicochemical variations across a single PV site can cause locally high corrosion rates – even in structures that appear identical above ground
► Additional risks come from leakage and stray currents from PV and BESS installations nearby

This is exactly why we entered a research collaboration with Gdańsk University of Technology – to build a structured, DIN 50929-3-compliant soil assessment service that gives our clients real data, not conservative assumptions.

The standard isn't new. But applying it systematically to utility-scale PV projects – before the first pile is driven – still is.

Has soil corrosivity ever been a deciding factor in your project design? 👇

Every April 22nd, the world pauses to think about the planet. We do too – but we also think about what we build the othe...
22/04/2026

Every April 22nd, the world pauses to think about the planet. We do too – but we also think about what we build the other 364 days a year 🌍

At enson, we make mounting structures for utility-scale solar farms. It's not the most glamorous part of the energy transition. But it's the part that holds everything together – literally.

And right now, solar is doing something remarkable for this planet:
☀️ 1.4 billion tonnes of CO₂ avoided every year – equal to the combined emissions of France, Germany, Italy and the UK (IEA, 2025)
☀️ In just two years, the world doubled its total solar capacity – from 1,000 GW to 2,000 GW
☀️ In 2024, solar avoided as much CO₂ as the entire US power sector emits in a year (Ember, 2025)

We're proud to be a small part of that. Not the visible part. Not the headline part. But the part that has to hold – through wind, frost, heat and decades of operation – so the rest can do its job.

Happy Earth Day 🌱

Italy asked us to prove ourselves. We started six feet underground 🙌🏻Before a single structural component is ordered, be...
17/04/2026

Italy asked us to prove ourselves. We started six feet underground 🙌🏻

Before a single structural component is ordered, before the design is finalized – we go to site. We drive test piles. We measure compression, tension, and horizontal load capacity under real soil conditions. Because the only way to engineer a structure that performs is to understand what's underneath it first.

That’s exactly what we’ve just done on our first project in Italy 🇮🇹 – carrying out pull-out tests as an initial step into the market.

The Italian market has its own terrain, its own technical standards, and its own project logic. We came prepared – with the same engineering process we apply across every market we operate in. Pull-out testing isn’t the glamorous part of solar development. But it’s the part that determines whether everything above ground holds up for the next 25 years.

We’re entering the Italian market with a hands-on approach – starting from the ground up, literally. This is our first step, and an important one.

More to come 😉

08/04/2026

Our new website is live – and we built it with you in mind 👋

Better structure, clearer content, and everything you need to evaluate a mounting structure supplier – all in one place.

Here's what's waiting for you at enson.pl:
🟠 Mounting structures – ground-mounted, agri-PV, flat roof – each system described in the detail that actually matters when choosing a solution
🟠 Realizations – a look at projects across different markets, so the numbers come with real locations and context
🟠 About us – more about who we are, how we work, and what sets us apart as a European manufacturer

Take a look around. And if you have a project to discuss – you know where to find us 😉

👉 https://enson.pl

Spring doesn't ask for permission – it just arrives. And with it, a little reminder that even in this industry, it's wor...
03/04/2026

Spring doesn't ask for permission – it just arrives. And with it, a little reminder that even in this industry, it's worth stepping back before powering forward.

To everyone in the solar, energy, and construction world – developers, EPCs, engineers, partners, and everyone holding a project together behind the scenes: We hope this Easter brings you exactly what the season promises. Longer days. Warmer ground. And just enough downtime to come back with full capacity 🌱☀️

See you on the other side, ready for what's next.

The enson team 🐣

This is not an April Fools' joke.We know – the timing doesn't exactly help our case. But the calendar is real, the locat...
01/04/2026

This is not an April Fools' joke.

We know – the timing doesn't exactly help our case. But the calendar is real, the locations are real, and the team is hitting the road 😄

April is a busy month on the European energy map for enson. Here's where you'll find us:
🇷🇴 Solar Energy Bucharest Summit
22–23 April | Bucharest
This time, not just as visitors – we're exhibiting.
On site: Kamil Sadowski, Marius Miron, Filip Kolodziejczyk
🇵🇱 EKG – European Economic Congress
22–24 April | Katowice
Ewa Owczarz and Pawel Wiktorowicz, Anna Siuda joining key conversations on the direction of energy transition across Central Europe.
🇵🇱 E-Magazyny Conference
28–29 April | Warsaw
Ewa Owczarz, Anna Siuda – because a conversation about PV without energy storage is only half the picture.

Events like these aren't a checkbox for us – they're part of the work.

Mounting structures rarely headline the main stage. But they're always part of the conversations that happen behind it – about soil conditions, project timelines, certification, and what actually keeps an installation performing for 25 years.

Will you be at any of these? Let us know – we'd love to connect 👋

Building a solar farm starts long before the first pile hits the ground ☀️What looks like a simple field today will soon...
25/03/2026

Building a solar farm starts long before the first pile hits the ground ☀️

What looks like a simple field today will soon carry thousands of modules, exposed to wind, snow, temperature changes and 25+ years of operation.

Here’s what needs to happen before construction begins:
► Understanding the land – soil parameters, slopes, groundwater
► Verifying structural loads – because every region behaves differently
► Running pull-out tests to avoid overdesign or uplift risk
► Preparing full technical documentation
► Planning logistics and installation sequencing
► Choosing partners who take responsibility beyond delivery

A mounting structure isn’t just steel. It’s engineering, testing, certification, and long-term accountability.

That’s why one of the most important boxes on the checklist is choosing the right structural partner early in the process.

What would you add to this checklist? 👇

In PV structures, stability doesn’t start with steel weight.It starts with connections 🙌🏻Even a small amount of play in ...
18/03/2026

In PV structures, stability doesn’t start with steel weight.

It starts with connections 🙌🏻

Even a small amount of play in a fastening point can affect structural performance over time - especially on sloped terrain exposed to wind loads and temperature changes. That’s why we use a patented self-locking nut in our slope-adapted systems.

What it changes in practice:
► Long-term stability - secure connections throughout the entire lifecycle of the installation
► Faster installation - fewer components, simplified joints, reduced labor time
► Precision fit - clean alignment and a consistent module line
► Up to 10° tilt adjustment - adapts to terrain, not the other way around
► Wide ground adjustment range - flexible configuration for varying soil conditions

It’s a small component. But in engineering, small details decide how a system performs after 5, 10, or 25 years 👀

Piled, ballast, root, or screw – which foundation system fits your project best? 🤔Choosing the right foundation isn't ju...
11/03/2026

Piled, ballast, root, or screw – which foundation system fits your project best? 🤔

Choosing the right foundation isn't just about cost. It's about soil conditions, load requirements, installation speed, and long-term reliability. Here's a quick breakdown:

🔩 Piled system
Best for: Standard soil conditions confirmed by geotechnical tests
Installation: Hydraulic or mechanical pile driving
Why choose it: Proven, reliable, works well in most scenarios

🪨 Ballast system
Best for: Non-load-bearing soils, concrete surfaces, temporary installations
Installation: No ground pe*******on – uses concrete blocks
Why choose it: Easy to dismantle, no soil alteration required

🌱 Root system
Best for: Weak soils where deep piling isn't possible
Installation: Steel tubes driven manually or mechanically
Why choose it: Provides solid anchoring without deep foundations

🔧 Screw system
Best for: All soil types, including rocky or organic ground
Installation: Manual or mechanical (excavators for larger projects)
Why choose it: Fast, adaptable, minimal equipment needed

The right choice depends on your site. That's why we always start with a proper geotechnical assessment before recommending a solution.

Which system do you use most often?

Every month, you’ll find us somewhere in Europe - sometimes at one event, sometimes at five. Staying close to the market...
04/03/2026

Every month, you’ll find us somewhere in Europe - sometimes at one event, sometimes at five. Staying close to the market isn’t optional in our industry. It’s part of the job.

This March, we’ll be attending:
🇮🇹 KEY - The Energy Transition Expo (4-6 March)
🇵🇱 ENEX (4-5 March)
🇧🇬 Green Energy – Exhibition for Energy Efficiency & Renewable Energy (11-14 March)
📍 RO Geen PPA (19th March)
🇵🇱 EuroPOWER & OZE POWER (30-31 March)

Why do we show up so often? Because the real conversations about wind loads, soil conditions, installation constraints and long-term performance rarely happen only on stage. They happen in between meetings. Over coffee. Next to a project map.

If you’re attending any of these - let’s talk.

Where will we see you this month? 👋

At Enson, quality doesn’t happen by accident - it’s built every day by people who care. 💫Producing mounting structures t...
27/02/2026

At Enson, quality doesn’t happen by accident - it’s built every day by people who care. 💫

Producing mounting structures that meet the highest standards means delivering on time, in full compliance with requirements and norms, and with consistent attention to detail at every step. Thanks to the fantastic work of our team, we meet our targets, fulfil our customers’ expectations, and keep reliability at the core of every order we deliver.

Thank you for the commitment and professionalism that make this possible. 🙌

What happens between "we need a mounting structure" and "the first pile hits the ground"? ⚙️More than you might think. H...
25/02/2026

What happens between "we need a mounting structure" and "the first pile hits the ground"? ⚙️

More than you might think. Here's a behind-the-scenes look at our technical process:

► Step 1: Understanding your site
We analyze terrain slopes, geotechnical reports, and pull-out test results (if available). Every site is different – and we treat it that way.

► Step 2: Aerodynamic and technical analysis
Using wind tunnel data and AI-supported tools, we identify optimal solutions for your specific wind and snow zones. We provide full structural analysis and design calculations.

► Step 3: Custom design
We prepare a dedicated structure matched to your project requirements – including pile depth, static calculations, and technical drawings.

► Step 4: Documentation package
You receive a complete ramming plan, technical design, and (on request) we can perform pull-out tests, lateral load tests, and soil resistivity analysis.

► Step 5: Installation support
Our team provides on-site training and conducts partial and final inspections – so you know everything is assembled correctly.

It's not just about delivering steel. It's about delivering confidence that your project is built to last ☀️

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Słoneczna 3a
Czerniewice
97-216

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