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Neptune energy confirms huge lithium carbonate reserves in Germany

Neptune Energy, a German company known for oil and gas exploration and production, obtained the country’s first lithium production license last year, and now it has confirmed resources of 43 million tons of lithium carbonate equivalent (LCE) in the Altmark region of Saxony-Anhalt. It could reshape the outlook for battery raw material supply in Germany and Europe.

Primarily engaged in oil and gas exploration and production, Neptune Energy has been investing increasingly in low-carbon and renewable energy projects.

The company was the first in Germany to obtain a production permit for lithium. It also holds three exploration licenses for lithium in the Altmark region of the state of Saxony-Anhalt.

Natural gas has been produced in the Altmark region for more than half a century. Numerous old and active wells still provide access to deep underground layers including saltwater.

In November last year, Neptune Energy started a pilot project for lithium extraction from such brine with French technology partner Geolith. The company uses an environmentally friendly process known as direct lithium extraction (DLE) from brine. It involves no open pit mining, no evaporation ponds, and minimal land requirements.

The company has launched its third pilot project for direct lithium extraction from brine

In June, the company commissioned a second pilot plant, supplied by California-based Lilac Solutions, producing battery-grade lithium using an ion exchange process. The second pilot was completed in August, ahead of its original schedule to run until 2026.

A third pilot project has been underway since mid-September to evaluate an adsorption process. Subject to further mining permits, a demonstration phase with a fully integrated extraction plant will follow as the next step toward commercial production, the company said.

Altmark holds reserves of 43 million tons of lithium carbonate equivalent

Neptune Energy’s initial internal estimate was that the Altmark region hosted 70 million tons of lithium carbonate, enough to extract 25,000 tons annually – sufficient for batteries for about 500,000 electric vehicles. An independent evaluation by Sproule ERCE confirmed resources of 43 million tons of LCE. Although lower than the original estimate, northern Saxony-Anhalt still hosts one of the world’s largest project-based lithium resources.

Since lithium is a key raw material for electric-vehicle batteries and energy storage, and Germany, with its strong automotive industry, currently depends on imports, information about lithium reserves in Altmark could have a significant impact on the domestic and European markets.

“This new assessment underscores the great potential of our license areas in Saxony-Anhalt. This enables us to contribute significantly to the German and European supply market for the critical raw material lithium,” said Andreas Scheck, Neptune Energy’s CEO.

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APSTE: High state fees for PV panels, energy storage batteries inhibit electricity price decrease in Bulgaria

The Association for Production, Storage and Trading of Electricity (APSTE) warned that the government’s disproportionately high fees for photovoltaic panels and energy storage batteries are preventing the possibility of having permanently low electricity prices in Bulgaria. They also threaten the implementation of key projects under the National Recovery and Resilience Plan (NRRP).

The fees that the government charges don’t reflect the real recycling cost, given that they are five to 10 times higher than the average fees in the European Union, according to APSTE.

The product fee for solar panels is currently BGN 0.90 (EUR 0.46) per kilogram – over 11 times higher than the same levy in the Netherlands.

It increases the price of panels by about 35%, which leads to about a 10% increase in the cost of turnkey solar power plants, APSTE stressed.

The fees threaten the installation of 9,000 MWh of storage capacity

The impact is similar for lithium-ion batteries. With a rate of BGN 5.50 (EUR 2.81) per kilogram, the fee makes batteries nearly 19% more expensive. Another issue is that the cost isn’t foreseen in the business models of the projects financed under the National Recovery and Resilience Plan, according to the association.

It threatens the profitability of 9,000 MWh of storage capacity set to come online by the end of 2026, putting at risk one of the most important energy reforms in the country, the organization underlined.

Of note, in April, the Ministry of Energy approved EUR 587 million in subsidies for developers of 82 standalone battery storage projects, for an overall 9.71 GWh in capacity. The scheme is part of NRRP.

Gazdov: The government artificially increases the price of a panel by 35% and that of batteries by 19% 

The fees jeopardize future investments in battery energy storage systems (BESS), which are key to the operation of the electricity system and to reducing the price of electricity for end users, according to APSTE.

“It is absurd that the state artificially increases the price of a panel by 35% and that of batteries by 19% – just when solar power plants and storage systems are starting to provide a permanently low price for electricity,” APSTE chairman Nikola Gazdov stated.

In his words, there is no economic logic for the government’s fee for recycling batteries and solar panels in Bulgaria to be 10 times higher than in Central and Western Europe.

A similar case has occurred in Croatia. E.ON Croatia raised the issue of high waste fees on solar panels of EUR 300 per ton, up to six times more than in other European Union countries.

Outdated regulation threatens technologies that provide lower bills for people and industry

APSTE stressed that Bulgaria already covers a large part of its daily electricity consumption with solar energy, tumbling wholesale power prices to extremely low levels. Now BESS is starting to transfer the effect of cheap solar electricity to the evening peak consumption, when prices are traditionally higher.

At a time when Bulgarian households and businesses need cheap energy the most, outdated regulation with unreasonably high fees threatens technologies that already provide lower bills for people and industry, APSTE noted.

The association called on the government to urgently revise the regulation on product taxes, with the aim of bringing it to average EU levels:

  • Between EUR 50 and EUR 100 (BGN 100 to BGN 200) per ton, or BGN 0.10 to BGN 0.20 per kilogram of PV panels.
  • Between EUR 600 and EUR 1,000 per ton (BGN 1,200 to BGN 2,000 per tonne), or BGN 1.2 to BGN 2 per kilogram of lithium-ion batteries.

APSTE has submitted a letter addressing the matter to the Council of Ministers, the Ministry of Energy, and the Ministry of Environment and Water.

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Montenegro’s EPCG to launch public call for 300 MWh of batteries

Montenegro’s state-owned power utility, Elektroprivreda Crne Gore (EPCG), intends to invite bids by the end of the year for the installation of battery energy storage systems.

President of EPCG’s Board of Directors Milutin Đukanović has said that the company’s business philosophy is based on three principles – production at the point of consumption, use of hydropower for the integration of solar energy, and energy storage.

Speaking at a conference on regional power companies and their plans for the future, organized by Energija Balkana, Đukanović highlighted batteries as one of the key enablers of the green transition.

“By the end of year, EPCG will announce a public call for the procurement of battery energy storage systems (BESS) with a capacity of 300 MWh,” he said, according to EPCG.

EPCG plans to finish two more large-scale projects by the end of 2026

EPCG also plans to complete two large-scale projects by the end of 2026 – the construction of the Gvozd wind power plant and the installation of the A8 unit in the Perućica hydropower plant, according to him. About a month ago, the company held a groundbreaking ceremony for Gvozd, and in September it secured a loan for a new unit at HPP Perućica.

Energy Minister Saša Mujović recently said that a feasibility study was underway for electricity storage projects. The planned locations are at HPP Perućica, the former Željezara Nikšić steel plant, and the Pljevlja coal mine. These locations have available capacity for grid connections.

In September, EPCG said that it had started preparations to install batteries.

EPCG intends to install lithium-ion batteries

The Board of Directors has adopted a project task proposal and announced the launch of a public call for a feasibility study and project design.

The company plans to secure the flexibility of the power system by developing storage systems based on lithium-ion batteries, EPCG said.