WLTP IEM and Gravitricity _ Fully Charged News
# Article Based on Video Transcription
## Introduction: Celebrating Milestones
Hello and welcome to another episode of Fully-Charged News. We are thrilled to share some exciting news: we have reached a significant milestone with over 30 million views and 250,000 subscribers. Your support means the world to us, and if you haven't subscribed yet, please consider clicking that subscribe button—it's a simple gesture that helps us continue creating valuable content.
## Navigating Energy Acronyms: Understanding NEDC and WLTP
Let's delve into the world of energy and transport acronyms. First up is **NEDC**, the New European Drive Cycle. Despite its name, it's neither new nor particularly accurate. Automakers use NEDC to rate fuel economy and emissions, but these figures are often misleading. For instance, a car claiming 60 miles per gallon under NEDC might not perform as expected in real-world conditions. Similarly, an electric vehicle's range of 120 miles under NEDC is overly optimistic.
Thankfully, the **WLTP** (Worldwide Harmonized Light Vehicle Test Procedure) is set to replace NEDC. This more realistic testing method provides a clearer picture of a vehicle's true capabilities. For example, while the new Nissan Leaf boasts a 220-mile range under NEDC, WLTP estimates it around 170 miles, offering a more reliable figure.
## The Internal Energy Market (IEM): Vital Connections
Next, we explore the **IEM**, the Internal Energy Market, which facilitates the transfer of electricity across borders. This market allows the UK to import power from countries like Denmark and France via undersea cables and the Eurotunnel. However, as Britain exits the European Union, the future of the IEM is uncertain. Negotiations have yet to begin, leaving questions about how reliant we are on these connections.
Experts warn that leaving the IEM could lead to increased electricity costs and grid instability. With only eight nuclear scientists from the EU remaining out of 60 needed, the UK faces a daunting challenge in managing its energy future without adequate expertise.
## EURATOM Treaty: Overseeing Nuclear Activity
The **EURATOM** treaty is another critical agreement tied to EU membership. It oversees civilian nuclear activities, including waste storage and safety across Europe. As we leave the EU, the UK must also exit this treaty, which raises concerns about our ability to regulate nuclear power independently.
Currently, the UK lacks sufficient expertise to oversee its nuclear program alone. With 52 of 60 nuclear scientists from the EU, there's a pressing need to find replacements. This issue was not discussed during the Brexit campaign, highlighting the lack of transparency and preparedness in energy policy.
## Gravitricity: Innovative Energy Storage
Shifting gears, let's explore an innovative solution to energy storage proposed by **Gravitricity**. This company plans to use old coal mine shafts for their system. A 30-ton concrete weight is suspended inside the shaft, connected by strong cables wound around drums. When electricity demand peaks, the weight is slowly lowered, generating power through a generator.
This mechanical system offers a reliable and long-lasting storage solution, ideal for intermittent energy sources like wind and solar. Gravitricity's future plans involve using existing drilling equipment to create small, underground installations near renewable energy farms, potentially storing multiple gigawatts of electricity.
## Closing Thoughts
As we navigate the complexities of energy policy post-Brexit and embrace innovative solutions like Gravitricity's, it's clear that the road ahead is challenging yet full of potential. We appreciate your continued support and invite you to subscribe for more insights into the ever-evolving world of energy and transport.
Thank you for tuning in, and a special thank you to our Patreon supporters who help keep this show running. If you feel inspired to contribute, please consider supporting us on Patreon. Until next time, stay informed and engaged with the latest developments shaping our energy future.