Lax energy solutions: power system testing company

Transformer oil plays a critical role in the efficient and long-lasting operation of power transformers. It acts as both a coolant and an insulator, preventing overheating and electrical discharge. However, like all components in an electrical system, this oil degrades over time due to thermal, chemical, and environmental stress. Proper care and proactive maintenance can significantly extend its lifespan, reduce operational costs, and increase transformer efficiency. Here are the top 7 ways to extend the life of transformers oil efficiently, ensuring reliability and performance in your electrical infrastructure. 1. Regular Oil Testing and Monitoring One of the most effective ways to maintain and extend the life of transformers oil is through regular testing. Conducting diagnostic tests such as Dissolved Gas Analysis (DGA), dielectric strength, moisture content, acidity, and interfacial tension can help you detect early signs of contamination or degradation. Routine monitoring allows y...

Electrical infrastructure plays a pivotal role in the functioning of industrial facilities, substations, and large commercial complexes. At the heart of this infrastructure are transformers—critical components that ensure voltage levels are appropriately adjusted for safe and efficient power distribution. But what happens when they start to show signs of wear or potential failure? Should your business rely on professional transformer testing services or manage it internally through an in-house team? Let's explore both options and find out what makes the most sense for your operations. Understanding Transformer Testing Before diving into the comparison, it’s important to understand what transformer testing entails. Transformer testing includes a series of diagnostic procedures carried out on transformers to evaluate their health, functionality, and safety. This can involve testing insulation resistance, power factor, winding resistance, transformer turns ratio (TTR), oil analysis, a...

In the world of high-voltage equipment, accurate diagnostics are critical to ensure the health and longevity of electrical systems. One such essential diagnostic technique is DCRM Testing —a method increasingly used by engineers and power system operators to assess the condition of circuit breakers. Understanding how DCRM Testing works, why it’s important, and how it can benefit your power infrastructure is key to avoiding unexpected failures and downtime. In this blog, we’ll break down what DCRM Testing is, how it’s performed, and why it’s a game-changer for modern electrical asset management. ✅ What Is DCRM Testing? Dynamic Contact Resistance Measurement (DCRM) Testing is a diagnostic method that evaluates the condition of the main and arcing contacts of high-voltage circuit breakers during their operation. Unlike static resistance measurements taken when the circuit breaker is closed, DCRM provides a dynamic view while the breaker is moving between positions. This form of testing c...

In today’s power-driven world, transformers are the lifeline of electrical infrastructure—converting voltages and ensuring smooth energy distribution. But like any critical component, they degrade over time. Testing services for power transformers play a vital role in identifying issues before they cause system failures. These services aren’t just technical checks—they’re preventive strategies that ensure operational efficiency, safety, and long-term reliability. Whether you're managing a power plant, substation, or industrial unit, neglecting transformer health can lead to operational downtime and financial loss. In this blog, we’ll explore why testing services power transformers are not optional but absolutely essential. 1. Prevent Unexpected Failures and Costly Downtime One of the most important reasons to invest in regular testing is to prevent unexpected transformer breakdowns. Failures often occur due to insulation degradation, moisture ingress, or thermal overload. Through...