The Green Gold Rush

In the foothills of the Democratic Republic of Congo, young men descend into narrow mine shafts in search of cobalt, the very mineral powering electric cars in Europe and North America. Thousands of kilometers away, diplomats are drafting critical minerals agreements. Tech CEOs are making bullish claims about battery breakthroughs. And in the background, a familiar pattern is unfolding.

For those with a sense of history, it feels like déjà vu. The energy world, once ruled by oil barons and petrostates, is being reshaped by a new class of commodities: lithium, cobalt, nickel, and rare earths. Clean tech is no longer niche; it’s the new global frontier. But here’s the question: are we just replacing one extractive empire with another?

The Shift from Black Gold to Green Minerals

Oil powered the 20th century. It shaped geopolitics, sparked wars, and created immense wealth, and inequality. But as the world races toward net-zero, attention is shifting to the raw materials of the clean energy transition.

• Lithium is essential for EV batteries.
• Cobalt ensures battery stability.
• Rare earths are vital for wind turbines and electric motors.
• Copper and nickel are the veins and arteries of a low-carbon world.

These minerals aren’t just important, they’re critical. The International Energy Agency projects that demand for these materials could grow sixfold by 2040 if climate goals are met. The stakes are high. And so is the competition.

New Dependencies, Old Patterns

Today, more than 60% of global cobalt comes from the DRC. Over 80% of rare earth processing happens in China. Lithium? Mostly sourced from Australia, Chile, and increasingly, Argentina.

This creates new dependencies; ones that eerily mirror the past. Back then, it was oil flowing from the Middle East. Today, it’s lithium from the Andes, cobalt from Katanga, and graphite from Chinese factories.

Once again, the Global South holds the resources, and the Global North holds the technology and capital. Without intervention, this dynamic could reproduce the same patterns of exploitation, resource curses, and external control.

The Politics of Clean Extraction

What does a just transition look like when clean energy rests on the backs of miners in fragile states? When governments in Africa and South America sign contracts they can barely negotiate? When local communities see none of the benefits?

The rhetoric around green growth is noble. But the reality often feels like colonialism with solar panels. Multinationals race to secure offtake agreements. Venture capitalists flood battery startups. Meanwhile, artisanal miners risk their lives without helmets, insurance, or fair wages.

To avoid repeating the mistakes of the fossil fuel era, extraction must be transparent, regulated, and fair. Countries must demand local value-addition, not just raw exports. Communities must have a say, and a stake, in the minerals beneath their feet.

Resource Wars, Redux?

If this sounds alarmist, consider this: supply chains for green tech are already becoming flashpoints. The U.S. has designated critical minerals as a national security issue. China’s export restrictions on graphite and rare earths have shaken markets. The EU is pushing strategic autonomy in battery supply chains.

In short, we’re seeing the early signs of resource nationalism, and potential conflict. Just as oil pipelines once defined geopolitics, rare earth supply chains may now shape 21st-century diplomacy.

Are we ready for what comes next?

A Future Worth Fighting For

But it doesn’t have to go this way. We can build a clean energy future that avoids the worst of the oil age. That means:

• Investing in recycling and circular economies for batteries and metals
• Supporting local beneficiation and manufacturing in mineral-rich countries
• Creating transparent global standards for ethical sourcing
• Funding indigenous rights and community benefit-sharing mechanisms

The minerals under the ground may be the same, but the systems we build around them don’t have to be.

Conclusion: Green Without Greed

The clean energy transition is not just a technological challenge; it’s a moral one. If green tech becomes the new oil, we must ensure that it doesn’t bring the same baggage: war, inequality, and exploitation. Because powering a sustainable world should never come at the cost of justice.

Quick Summary

What does it mean to live off the grid? And how can one get started? Here are the main takeaways:

1. What is living off the grid?

2. Different Approaches to Off Grid Living

• Where does the idea come from?
• How did people live off the grid before there was a grid at all?
• A few different interpretations of off grid living

3. How to get started

• First steps you can take towards living off the grid
• Important considerations to keep in mind

Article

Introduction

For some, living off the grid is the ultimate ideal. What that may mean to each person can differ. Some would highlight how living off-grid helps them stick it to “the Man” while for others the main focus is living in harmony with nature or living an entirely self-sufficient life. 

Whatever the reason, off-grid living can present an appealing alternative to the costly and unsustainable way that life operates with the grid. So, what does living off the grid actually mean, and how can you get started? Let’s take a look. 

What is living off the grid?

To give us an understanding of what living off the grid means, first, we must understand what is meant by the term “the Grid” itself. The grid is the electrical grid that routes electrical power from electricity suppliers to individuals, residents, and consumers. 

This interconnected system moves electricity from power generator stations, through transmission lines (usually in a grid-shaped pattern), then to power centers. From the power centers, electricity is routed through more lines that distribute the electrical power to households and individuals. 

So, living off the grid essentially means living in a way where your daily household needs would not be reliant on the larger interconnected network of electrical power- the Grid. That might mean living in a way that requires less electrical power, developing or adopting alternative methods of energy, or, in some extreme cases, even pirating electrical energy so that the electricity is not routed through the system. 

Off-grid living typically also requires a high level of self-sustainability. That means that people who live off-grid do not need to rely on external sources for electrical power, sewage and waste disposal, water, or any other utilities. Off-the-grid living generally connotes images of a more sustainable, environmentally-friendly lifestyle, and can often be found in wide-open natural spaces, away from urban and suburban centers. 

Different Approaches to Off-Grid Living

Living off the grid is a relatively new term for an old way of living, and for some people, this is the main attraction. To return to a way of life that existed before there was any electrical grid at all carries both benefits and drawbacks. Many climate-conscious activists believe that living off the grid in an old way that prioritizes harmony with nature is a better mode of life. These people look to the past for inspiration, seeking tribal or pioneer-era methods of growing food and building shelter that pre-date the invention of electricity and all the modern inventions that came after it. 

Other people turn towards the self-reliability demanded of off-grid lifestyles as a way of being prepared for any unknown catastrophic event. These people are sometimes called “survivalists” because they have been developing ways of life that will allow them to survive independently in the face of a natural disaster, a blackout, war, or other large-scale human conflicts, or political upheaval. 

Another approach to off-grid living sees people motivated by philosophical, political, environmental, and financial concerns about the way systems are run. These people see corruption and unsustainable methods that generate a lot of waste- and help concentrate the power and profits of a small minority. The ability to develop alternative systems of living, cooperating, and generating electricity allows these people to present an alternative to the overarching political narrative. For these groups, it is important to create not just a self-sufficient form of energy, but also to create a more sustainable way of interacting within a community. Communes, sustainable farms, and certain other eco-focused communities would fall under this category. 

And, finally, off-grid living also provides a solution for people who live in areas where utilities are not readily available. Conflict and post-conflict zones, remote areas, disaster relief zones, and spaces where people still live in a sovereign nation, practicing a traditional way of life that is separate from whichever government is nearby; these groups can benefit greatly from adopting power generating systems that are not determined by the national or municipal power grid. 

How to get started

If you are interested in starting to live off the grid, it will be important to keep in mind a few considerations. First, make sure you recognize that this process takes a lot of time, resources, and commitment. It isn’t easy to set up a new off-grid living situation from scratch; in fact, the convenience of having electrical power delivered straight to your home or business is the reason most people subscribe to that system in the first place. 

You will also want to decide early on which approach you will be taking: are you looking to completely sever ties with all utilities provided by external sources? Or are you just cutting out the electrical power supplied by the grid? 

Once you have a clear idea of what you are trying to accomplish, look into the following details to get started. Do you live on your own plot of land or are you renting? Particularly if you would like to build your own form of shelter that can help support your off-grid lifestyle, you will want to have your own plot of land. This will also allow you to set up a garden where you can grow your own fruits and vegetables, raise chickens and rabbits, and work on building projects from time to time. 

Decide whether you want to go it alone or find a community- you can even research and reach out to a few communities to get inspiration and ideas or see whether they seem like a good fit for you. 

Then, perhaps the most important requirement: figure out your power source. Will you be relying heavily on a generator? Developing your own technology innovations to boost and sustain power? Installing solar panels? There are many options for how to power your self-sufficient life, so research and trial and error will be required here.

Final Thoughts

Living off the grid can help you reduce costs on energy and waste disposal. It can lead you to be more prepared in the face of a disaster. And it can help you create a more environmentally sustainable lifestyle. But it does require a lot of work and some rough living. Take a good look at your essential lifestyle needs to help you decide how to focus your efforts as you develop your off-grid life.  

Introduction

The advent of electric vehicles (EVs) has brought about a significant shift in the automotive industry. As the number of EVs on the road increases, so does the demand for charging stations. However, a debate has emerged regarding the most equitable way to charge for this service: pay-per-kWh or pay-per-hour. This article will explore both options and argue in favor of the pay-per-kWh model.

Pay-per-Hour Model

The pay-per-hour model charges EV owners based on the amount of time their vehicle is connected to the charging station. This model is simple and easy to understand, as it mirrors the way we pay for parking. However, it has several drawbacks.

Firstly, the speed at which different EVs charge can vary significantly. Some vehicles may be able to fully charge in an hour, while others may take several hours to reach the same level. This means that owners of faster-charging vehicles end up paying more for the same amount of energy.

Secondly, this model does not incentivize efficient use of charging stations. Once a vehicle is fully charged, the owner has no financial incentive to move their vehicle and free up the charging spot for others.

Pay-per-kWh Model

The pay-per-kWh model, on the other hand, charges based on the amount of energy consumed. This model is akin to how we pay for gasoline or home electricity, making it intuitive for consumers.

This model is fairer as it ensures that drivers pay for the exact amount of energy they consume, regardless of how long it takes their vehicle to charge. It also encourages efficient use of charging stations, as drivers are likely to unplug their vehicles once they are fully charged to avoid additional costs.

Moreover, the pay-per-kWh model aligns with the goal of promoting energy conservation. By making drivers aware of their energy consumption, it encourages them to adopt energy-efficient driving habits.

The Future of EV Charging

While both models have their merits, the pay-per-kWh model is arguably the better option. It is fairer, promotes efficient use of charging infrastructure, and encourages energy conservation.

However, implementing this model is not without challenges. Regulators must ensure that pricing is transparent and that consumers are protected from price gouging. Additionally, charging station operators will need to invest in metering technology that can accurately measure energy consumption.

Despite these challenges, the pay-per-kWh model is the way forward. As the EV market continues to grow, it is crucial that we adopt a charging model that is fair, encourages efficiency, and promotes sustainability. The pay-per-kWh model ticks all these boxes, making it the clear choice for the future of EV charging.

In conclusion, while the pay-per-hour model may seem simpler, the pay-per-kWh model is a more equitable and sustainable solution. As we navigate the transition to electric vehicles, it is crucial that we make decisions that not only serve the needs of EV drivers today but also pave the way for a more sustainable future.

Quick Summary

EV Sales

What’s pushing the EV Marketing

Oil and Electricity demand

EVs in Developing Nations

Article

What are the odds of you driving an Electric vehicle by 2030 or ten years later? Do not worry because
the odds are getting better for you every year. BloombergNEF (BNEF) estimates that in 2025,2030 and
2040, electric vehicles EVs will hit 10%, 28% and 58% of worldwide passenger vehicle sales respectively.
The BMEF report currently puts electric vehicles global sales at 3%.
Do you know what Kodak, Xerox or Blockbuster have in common? Innovation absence. The incumbent
organization must always invest in innovation in order to maintain being at the top. Otherwise, they will
tend to fall. This is what is currently happening in the automotive industry.
After companies like Tesla made electric vehicles a common feature on the roads of developed
countries, other manufacturers have joined the race. Currently, the Tesla Model 3 heads the pack at top
position with over 365,000 units sold in 2020 yet was first launched in July 2017.
EV Sales
Currently there are over 500 electric vehicles model globally. As battery prices fall with an increase in
energy density improvement coupled with mushrooming of more charging stations, sales will continue
to rise for electric vehicles. In India, Electric vehicle sales are up 20% with listed electric vehicle
companies like TATA, Ashok Leyland, Ather Energy and Mahindra focusing on production. Over the
years, India has been a strategic market for most manufactures not just in the automotive industry. This
can be attributed to the population of over a billion providing vast markets.

Tesla has as a result registered a company in the country. According to India’s transport minister, Nitin
Gadkari, the giant electric vehicle company will start off with sales and thereafter may seek assembly
and manufacturing.
What’s pushing the EV market?
If you sat in an Advanced Macroeconomics class, you probably have heard of arguments that technology
is endogenous. Technological advancements occur as a result of intentional investment decisions. These
decisions are made by profit maximizing agents.
This is the case in the EV market. Batteries keep getting better every year. This is not by default but by
serious labor and financial investments. Battery average density keeps on rising at 4%-5% annually
while charging speeds are on the rise. For example, the Tesla supercharger 3 network can add about 75
miles of charge in just 5 minutes of charge for the Model 3.
Apart from technology, policy makers are also lobbying for significant reduction of emissions in the
automotive market. Another major concern for them are city policies, fuel economy regulations and
quota systems. Several countries have put in place mechanisms to encourage adoption of electric
vehicles through policy makers. Subsidies for example have encouraged purchase of battery electric
vehicles.
In 2016, countries like Norway, Korea, China, United States, France, UK and Japan offered national
subsidies of USD 20,000, 16,550, 10,000, 8,750, 7,100, 6,200, and 5,500 for battery electric vehicles per
vehicle respectively. With this effort, about 13 countries have announced their plans to eliminate the
sale of internal combustion vehicles (ICV). This has as a result led to rising policy pressure on
manufacturers. This is enough to educate manufacturers on the future of ICV’S.
Another contributor is the falling lithium-ion battery prices. From 2010 – 2019, lithium-ion battery packs
prices dropped 87%. This has been attributed to discoveries of new manufacturing techniques,
chemistries and introduction of simplified pack designs.
What it means for Energy and Electricity demand
Oil and Electricity Demand
Covid- 19 safety rules hit the passenger vehicles hard and the effects passed on to oil demand. 1 million
barrels of oil per day is already being replaced by EV’s around the world. What still gives hope to the
overall road transport oil demand for this decade is growth in heavy commercial vehicles. We have
however seen the likes of Elon Musk unveiling solutions for this such as the class 8 semi-truck. The truck
will come with 300-mile or 500-mile range. Tesla has also launched an eighteen-wheeler for cargo.
Multibillion-dollar organizations such as Amazon has also opted for electric vehicles for deliveries. This
clearly gives a clear picture of where things are headed. BNEF projects that by 2040, 17.6 million barrels
of oil demand will be displaced by EV’s per day.

By 2040, the overall consumption of electricity by EV’s across all segments will add just 5.2% to global
electricity demand. This EV’s will consume a total of 1,964TWh.
Why Electric Vehicles?
A global advantage of buying an electric vehicle is the absence of carbon emissions. They help reduce
global warming in the long run and as a result an investment to our future generations. EV’s also require
low maintenance compared to gasoline cars. There is no need to send your EV to the service station as
often as you would an ICE.
Savings is one of the most important selling points. EV’s can be charged for significantly very low prices
compared to ICE’s. Some countries also offer incentives for going green. On safety, EV’s have been
deemed safer to use due to their low center of gravity making them more stable. EV’s are even less
likely to burn or experience explosions given the absence of flammable fuel.
EV’s are revolutionizing driving by making it easier. They come without the clutch mechanism since EV’s
do not suffer from the problem of stalling. You basically operate the vehicle using acceleration pedal,
the steering wheel together with the brake pedal. In ICE’s the breaking process wastes kinetic energy
while in EV’s, regenerative breaking charges the battery.
As much as there are some disadvantages of using electric vehicles such as the issue of recharge points,
steep initial investment and driving range the advantages outweigh them. Most of the challenges are
being faced out by technological advancements and time. An example is the problem of driving range.

Improved battery technology has now seen EV’s with up to 412-mile range up from 100-mile range. It is
therefore possible in future to have 1000mile range EV’s given this trend.
EV’s in Developing Nations
The Kenyan government has set a goal of having 5% of all registered vehicles being EV’s by 2025.
Government strategies have been formulated in order to have new public buildings have charging
stations. Kenya has severally experienced fuel challenges for example the increase of public transport
costs by Ksh.15. This was as a result of increased fuel costs as a result of increased VAT.
Private transport companies such as Eco-rent have however invested in EV’s in the Kenya. The company
launched a digital application similar to uber called NopeaRide. The organization uses purely EV’s and
has also set up charging points for their vehicles. Other countries in Africa worth mentioning include
South Africa where out of more than ten million cars, a thousand are EV’s and Nigeria where the
Hyundai-Kona, a locally assembled EV is being set up.
Conclusion
Technology advancements are exponential and endogenous. It is on this basis that the EV markets
future is promising. The overwhelming support and interests from governments and other relevant
institutions have also seen EV’s market grow. Technological advancements will render the initial costs
for EV’s to be cheaper and as a result more affordable.
Moreover, having Solar Power your home together with an EV is significantly economical as witnessed
by a Tesla customer who installed the Solar roof and owns a Model Y. She was able to feed extra power
to the grid making savings of up to $415.50 and revenues of $92.12 from selling back to grid.
This therefore shows us the need to also adopt solar power for running homes from which could also
power the EV’s making it even more economical. It would then be possible to make savings in this harsh
covid-19 economic times.

Monologue

How I wish all company Presidents, CEOs, MDs and Department Heads would be as nervous as I saw Apple Inc. management were in the previously released apple merchandise reveal 2023. Even Tim Cook was rehearsing what he would say when mother nature demanded accountability. Is that what we need in the real world, a real “watch dog” to keep us accountable or else?

Someone to follow up on the promises companies give when asked about carbon neutrality and sustainability, someone to keep us in check not to forget about the planet while we are busy chasing profits while being unsustainable. Judging from Apple Inc. entities can still be chasing carbon neutrality goal while still maintaining profitability.

Quick Summary

• Carbon nuetrality’s role in addressing Climate Change
• Role of Individuals
• Role of Businesses
• Innovations and Technologies
• Benefits

Understanding the Importance of Carbon Neutrality and its Role in Addressing Climate Change

In an era marked by growing concerns about climate change, the concept of carbon neutrality has taken center stage. It represents a critical step in mitigating the environmental impacts of human activities, particularly the emission of greenhouse gases. As the world grapples with the consequences of climate change, understanding the significance of carbon neutrality and the role it plays in addressing these issues becomes paramount.

What is Carbon Neutrality and Why Should We Strive for It?

Carbon neutrality, often referred to as achieving “net-zero emissions,” is a state in which an entity, be it an individual, organization, or even a nation, balances the release of greenhouse gases into the atmosphere with actions that remove or offset an equivalent amount of these gases. The ultimate goal is to reach a point where the net emissions of carbon dioxide and other harmful gases are zero. Why is this goal so crucial?

Carbon dioxide, along with other greenhouse gases, traps heat in the Earth’s atmosphere, leading to global warming and climate change. These changes have far-reaching consequences, from more frequent and severe natural disasters to disruptions in ecosystems and threats to food security. Achieving carbon neutrality is not just an act of environmental responsibility; it’s a necessity to safeguard our planet for future generations.

The Role of Individuals in Achieving Carbon Neutrality: Small Changes That Make a Big Difference

Individuals have a significant role to play in the journey toward carbon neutrality. While the task may seem daunting, it’s essential to recognize that small changes in our daily lives can collectively make a substantial impact. Here are some practical steps individuals can take:

1. Sustainable Lifestyle Choices: Adopting a more sustainable lifestyle involves reducing waste, conserving resources, and choosing eco-friendly products. Simple actions like reducing single-use plastic, conserving water, and supporting local, sustainable businesses can contribute to a lower carbon footprint.
2. Energy-Efficient Practices at Home and Work: Switching to energy-efficient appliances, properly insulating homes, and using smart thermostats can significantly reduce energy consumption. Additionally, individuals can opt for renewable energy sources such as solar panels to power their homes.
3. Transportation Alternatives: Reducing reliance on fossil fuel-powered vehicles by carpooling, biking, walking, or using public transportation can cut down personal carbon emissions. Electric vehicles (EVs) are also an eco-friendly option for those looking to make a more substantial impact.

How Businesses Can Drive the Transition to Carbon Neutrality: Strategies for Sustainable Operations

Businesses, as major contributors to greenhouse gas emissions, also bear a responsibility to lead in the transition to carbon neutrality. Implementing sustainable practices not only benefits the environment but also enhances a company’s reputation and profitability. Here are some strategies for businesses:

1. Corporate Sustainability Initiatives: Establishing comprehensive sustainability initiatives that set clear goals for reducing emissions and improving environmental performance is vital. This includes measuring and reporting on carbon emissions transparently.
2. Renewable Energy Adoption: Transitioning to renewable energy sources, such as wind, solar, and hydropower, reduces a business’s carbon footprint and can lead to substantial cost savings over time.
3. Supply Chain Optimization: Examining and optimizing the supply chain can help reduce emissions associated with the production, transportation, and disposal of products. Collaboration with eco-conscious suppliers is essential.
4. Green Building Design and Construction: When constructing or renovating facilities, businesses can incorporate green building practices and technologies that enhance energy efficiency and reduce environmental impact.

Innovations and Technologies that Support the Journey to Carbon Neutrality: From Renewable Energy to Carbon Capture

Innovations and technologies play a pivotal role in advancing the path to carbon neutrality. Some noteworthy solutions include:

1. Sustainable Technologies: Advanced technologies like smart grids, energy storage systems, and more efficient HVAC systems contribute to reducing energy consumption and emissions.
2. Clean Energy Solutions: Continued investment in renewable energy sources, such as offshore wind farms and next-generation solar panels, enables businesses and individuals to rely on cleaner power sources.
3. Carbon Capture and Storage (CCS): CCS technologies capture and store carbon emissions from industrial processes, preventing them from entering the atmosphere.
4. Circular Economy Practices: Promoting a circular economy, where products are designed for durability, repairability, and recycling, helps minimize waste and reduce carbon emissions associated with resource extraction and production.

The Benefits of Embracing Carbon Neutrality: Environmental Stewardship and Competitive Advantage

Embracing carbon neutrality brings forth a myriad of benefits, both for individuals and businesses:

1. Positive Brand Image and Reputation: Individuals and companies committed to carbon neutrality are seen as environmental stewards, which can enhance their reputation and attract environmentally conscious consumers and clients.
2. Cost Savings Through Energy Efficiency Measures: Transitioning to energy-efficient technologies and renewable energy sources can lead to significant long-term cost savings.
3. Attracting Environmentally Conscious Consumers/Clients: As sustainability becomes a more significant factor in purchasing decisions, businesses that embrace carbon neutrality can tap into a growing market of environmentally conscious consumers.

Conclusion

The path to carbon neutrality is a collective effort that requires individuals, businesses, and governments to take action. By understanding the importance of carbon neutrality, making sustainable choices, and embracing innovative technologies, we can make a positive impact on our environment, combat climate change, and create a more sustainable future for generations to come. Committing to carbon neutrality today is not just an option; it’s a responsibility we all share in preserving our planet.

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