The importance of lead in the economics of solar
As Europe speeds towards its energy transformation, the economics of low-carbon technology are becoming increasingly important. The use of lead in solar panels increases their reliability and longevity and passes on more energy cost savings to homeowners. With no other coatings being viable alternatives, lead is ensuring the long-term affordability of solar power systems.
Internally lead-sheathed cables are fuelling the surge in wind power
Wind energy is set to become the EU’s largest power source by 2027, overtaking coal, nuclear and gas. With steadier and higher speed winds, offshore wind farms in particular are able to generate more energy but require reliable infrastructure to best utilise it for the mainland grid. Internally lead-sheathed high-voltage cables are critical to delivering this – in fact, the world’s largest wind farm will utilise over 200km of it!
Lead enabling cleaner, more economical cars
Designed to shut off a car’s engine when idling, the automatic start-stop system is incredibly effective at reducing both fuel-consumption and emissions. Batteries used in start-stop vehicles must be able to support repeated use of the system, as well as modern car features such as satnav. Lead batteries are the only technology that can provide all the necessary performance requirements.
Lead providing uninterrupted power
Key to a functioning society is the constant provision of power. In hospitals, for example, critical devices such as dialysis machines and life support systems would cease to function, risking patient lives. Uninterrupted power is required to ensure computers, telecommunications equipment and data centres function as normal. Uninterruptible Power Supply (UPS) lead batteries ensure the supply of electricity should the input power source or mains power fail.