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Renewable Energy - Markets at Lucid Electronics

Renewable Energy

Efforts to transition away from fossil fuels and combat climate change continue to drive rapid growth in the renewable energy sector. Driven by government policies and growing public awareness, energy derived from sources such as solar, wind, hydropower, geothermal and biomass, play pivotal roles as we seek to pick up the pace of renewable energy adoption.

Safe, reliable & efficient operation of energy generation, storage & distribution

Renewable energy applications demand components that deliver reliability, efficiency, and long-term durability. Our range of switches, connectors, and sensors is designed to perform in solar, wind, and energy storage systems where resistance to moisture, UV exposure, temperature fluctuations, and mechanical stress is critical. Whether monitoring performance, enabling secure connections, or facilitating safe system operation, our products help maximize uptime and ensure regulatory compliance.

We support both standard and custom solutions, including complex cable assemblies tailored to meet the specific requirements of your application. Browse our product range or contact us to discuss how we can support your renewable energy projects with dependable, application-specific solutions.

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1

Solar Power Photovoltaics

Modern solar installations use MPPT controllers, tracking systems, and real-time monitoring. UV-resistant connectors, irradiance sensors, and weatherproof switches ensure efficient energy capture and system reliability in harsh environments..
2

Wind Turbines

Smart turbines feature blade angle control, vibration monitoring, and predictive diagnostics. Wind speed sensors, limit switches, and IP-rated connectors support continuous, efficient operation in remote and elevated conditions.
3

Hydro Plants

Hydropower systems use flow regulation, turbine monitoring, and automation to maximize output. Pressure sensors, float switches, and sealed connectors deliver performance and durability in wet, high-pressure environments.
4

Tidal Energy

Tidal generators harness marine currents using underwater turbines and sensors. Corrosion-resistant connectors, waterproof pressure sensors, and flow switches enable dependable energy production in submerged and high-salinity conditions.
5

Geothermal Energy

Geothermal plants depend on subsurface heat control and pressure monitoring. High-temperature sensors, rugged switches, and IP-rated connectors ensure safe, efficient operation in deep-well, high-pressure environments.
6

Biomass

Biomass facilities convert organic waste with combustion and fermentation systems. Temperature sensors, fuel feed switches, and robust connectors provide safety, control, and efficiency in high-vibration and high-moisture conditions.
7

Smart Grids

Smart grids integrate metering, load balancing, and fault detection. Current sensors, control switches, and modular connectors enable real-time data exchange and responsive grid performance across diverse energy sources.
8

Energy Storage Systems

Battery storage systems feature thermal regulation, charge control, and system diagnostics. Temperature sensors, safety switches, and high-voltage connectors ensure safe, scalable energy storage for grid and off-grid applications.
9

What is your application?

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1880s – 1900s

Early innovation

The first recorded use of wind to generate electricity was in 1887, followed by experimental solar power systems. These early efforts laid the groundwork for non-fossil fuel energy alternatives.

1970s – 1980s

Crisis & awareness

Oil shocks sparked global interest in alternative energy. Governments began funding solar, wind, and hydro projects, and the first large-scale wind turbines and solar panels appeared.

2000 – 2010

Grid integration

Renewables began feeding into national grids. Advances in photovoltaic efficiency, wind turbine design, and investment incentives made clean energy a viable alternative to coal and gas.

2010 – Present

Smart & sustainable

Rapid growth in solar and wind power is supported by smart grids, energy storage, and AI-based forecasting. Renewables now lead global electricity growth, with nations targeting net-zero emissions.
Energy Storage Connectors

Energy Storage Connectors

IP67-rated energy storage connectors provide safe, reliable high-current connections for battery systems up to 1,500V. Find Out More

Renewable energy systems, for a sustainable future

The growth of renewable energy—particularly solar and wind—relies heavily on advanced component technologies to ensure safe, efficient, and uninterrupted operation across generation, storage, and grid integration.
Switches are used to control critical functions such as system start-up, shut-down, fault isolation, and manual overrides in solar inverters, wind turbine control panels, and battery management systems.
Sensors monitor a wide range of parameters including wind speed, solar irradiance, temperature, voltage, current, battery charge levels, and grid frequency. This data supports real-time optimisation and fault detection to maintain system efficiency and uptime.
Connectors are essential for reliable data and power transmission between sensors, control units, inverters, batteries, and grid interfaces. High-performance, IP-rated energy storage and hybrid power / data connectors are widely used to withstand outdoor environments and high-voltage applications.
Whether in a solar farm, wind turbine, or energy storage unit, these components ensure seamless communication, monitoring, and control—supporting the transition to cleaner, smarter energy.

Renewable Energy Products

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