All you need to know about data, application & security

At a certain scale, renewable assets stop behaving like renewable energy projects. They behave like a system. And that’s where many IPPs hit a wall. Disconnected tools. Fragmented data. Manual workarounds that quietly leak value. Blog article 4 closes the series with a clear conclusion: “technology isn’t a support function for IPPs, it’s the foundation”. In this final article, we show why operating assets as one system requires real-time data, unified control, and true interoperability.

Together with Palasol, we’re launching a 4-part blog series on the shift from developer to IPP, and why it’s becoming unavoidable. This third blog article focuses on the real challenge after becoming an IPP: how do you grow without losing control? We show why scaling often breaks down, and how resilient IPPs avoid firefighting by building structure early across people, process, and technology.

Together with Palasol, we’re launching a four-part blog series on the shift from developer to IPP, and why it’s becoming unavoidable. This second blog article shows how the shift to IPP actually happens: clear intent, the right capabilities, and a digital foundation that supports scale. We show how organisations can move from awareness to action, without losing momentum along the way.

Five years ago, renewable energy projects delivered predictable returns in a relatively stable market. That reality has changed. Today, price volatility, grid congestion and falling capture rates are putting margins under pressure. Value can no longer be passively collected, it must be actively created. Yet many organisations still operate within models that are struggling to keep pace with a market accelerating around them. The traditional “build-and-hand-over” approach is increasingly misaligned with current market dynamics. Together with Palasol, this four-part series explores why EPCs and single-asset models are under structural pressure, and why operational maturity and the IPP model are becoming decisive for securing long-term value. In this first article, we assess the shift away from EPCs and single-asset strategies and show why operational maturity and the IPP model are now the decisive differentiators.

We're launching a new Engineering Blog series, where Helin engineers share practical insights from building real-world AI systems. Modern vision AI may look like plug-and-play, but high-performing models still depend on one critical factor: data quality. In this article, Jason, Tech Lead at Helin, explores the impact of “dirty” data, the limits of automated labelling, and how targeted dataset clean-up can turn a good model into a great one.

As rigs grow more automated and operations more complex, delayed visibility is no longer acceptable. Safety 4.0 brings together edge computing, connected sensors, and AI-driven insights to give rig crews and onshore teams instant awareness of what’s happening in the most hazardous parts of the operation. And for an environment where downtime can exceed $200,000 per day and every second matters, this shift is transformational. This article shows how Helin applies edge computing to enable real-time safety and faster decision-making.

In 2026, cyber threats are a core operational risk for renewable energy asset owners and operators. As connectivity increases, renewable energy assets are increasingly attractive targets for attackers seeking to disrupt power supply or access sensitive data. This article explains why renewable assets are vulnerable, what new regulations mean for asset owners and operators, and how to strengthen defenses with five practical cybersecurity steps—from better password practices to effective incident response plans.

As renewable energy systems become more connected and data-driven, they also become more exposed. Hidden remote-access features, unmonitored firmware updates, and complex vendor ecosystems can turn a solar or wind portfolio into a cybersecurity minefield. This article explores how “trusted technology” can be turned against operators, why new EU regulations like NIS2 and the Cyber Resilience Act make proactive protection essential, and how Helin’s “one box” approach restores control, visibility, and compliance across your energy portfolio.

VPPs open up new opportunities for DER asset owners by allowing them to optimize their asset’s output and access new revenue streams on a portfolio level. Read our guide on how to create a new VPP from scratch or join an existing VPP, and how to decide which route is optimal for your situation. 

Ensuring crew safety is the top priority for offshore drilling companies. While risks can't be eliminated, implementing best practices can enhance safety now and in the future.

You can turn raw electricity production data into actionable energy intelligence by using a real-time energy intelligence platform. To help you pick the right platform, we’ve compared the top 6 real-time energy intelligence platforms in the market today, and highlighted their key differences.

Red zones are the highest-risk areas on offshore drilling rigs. By using specialized red zone monitoring tools, operators can keep crew members safe during drilling, and continuously improve the safety of their operations based on their historical performance.

Renewable energy developers and asset owners can increase their revenue opportunities by taking matters into their own hands and becoming an Independent Power Producer (IPP).

In this article, we explain what is at risk when solar cybersecurity vulnerabilities are exploited successfully. We also show you how hackers are able to target solar installations.

Most of the problems the renewable energy market face right now boil down to imbalances in the grid that result in a volatile spot market with negative renewable energy prices. This leads businesses in renewable energy to face negative returns on their power generation. The good news: you can prevent this, but it will require sub-second calculations “on” your assets, i.e. at the edge, instead of relying solely on cloud computing. 

Renewable energy generation is inherently decentralized, with numerous small wind turbines and solar farms spread across the country, contrasting with the few large traditional energy plants currently in operation. This shift necessitates updates to the existing power grid to accommodate this new energy landscape.

This article explores the significance of conditional and predictive maintenance in the maritime industry. We also show you how edge intelligence can significantly increase the efficiency of those types of maintenance strategies.

Industrial protocols are the frameworks that determine how operational data is stored, transferred, and protected. With a myriad of options available, how can one confidently navigate this intricate domain?

In today's increasingly digital world, the ability to manage real-time data has become a cornerstone of operational efficiency and growth, especially in industries aiming to make a significant impact on climate goals. One such pioneer in the energy sector is Sunrock, a leading European solar rooftop developer and provider of clean energy solutions.

In today's rapidly digitizing industrial landscape, the pressure to collect, analyze, and act on data is ever-mounting. But with limited human resources, how do industries keep pace without overtaxing their staff? Dive deep into how outsourcing your data collection can revolutionize operations and bring peace of mind to your people.

In the continuously evolving landscape of technology, Edge AI has emerged as a buzzword. To the uninitiated, Edge AI represents the implementation of artificial intelligence in an edge computing environment. Simply put, it allows computations to be executed close to where data is generated, as opposed to relying on a centralized cloud computing facility or a distant data center. As the AI revolution sweeps industries, the implications for Edge computing are profound. To understand this transformation and its implications better, we sat down with the co-founder and CTO of Helin: Martijn Handels.

As we stand on the brink of another technological revolution, the rise of digital twins offers a transformative solution for businesses in the marine and energy sectors. Imagine if you could simulate every aspect of your asset - from solar panels to colossal cranes - and predict outcomes with uncanny accuracy. With our cutting-edge SaaS product, the Helin Platform, that’s not just a vision—it’s reality.

As the digital world evolves, the amount of data generated and collected has skyrocketed. For many businesses, particularly in sectors dealing with industrial assets, handling this data efficiently and securely can lead to a significant competitive advantage.

Data is being hyped as the answer to all your problems. “Give me your data, I’ll find the solution” is an often-heard claim. But we all know that is not the truth. In Helin’s experience, data alone is never enough; you also need domain knowledge, intelligence and a structured approach. This 3-step example of work done for Noble Drilling shows how data can work for you and reduce your operational costs.