Technological disruption: Cracking the “impossible triangle” of hydrogen storage
GT PowerSafe’s “H2Core™” solid-state hydrogen storage system has achieved three major breakthroughs:

Ultra-high density storage and transportation:

The specific surface area of MOFs material is 6,500㎡/g, and the hydrogen storage capacity per cubic meter is 56kg (40kg for 70MPa high-pressure tanks).

The working pressure is reduced to 5MPa, the transportation energy consumption is reduced by 80%, and the double extreme test of desert high temperature (55℃) and extreme cold (-40℃) is passed.

Second hydrogen release:

The photothermal catalytic desorption technology makes the hydrogen release speed up to 2.5g/s, which meets the instantaneous power demand of heavy truck.

The system cycle life exceeds 10,000 cycles, far exceeding the International Energy Agency’s (IEA) 2030 technical target.

Hydrogen-electric collaboration architecture:

Integrated 50kW fuel cell and 200kWh lithium battery, energy utilization increased to 92% (industry average 76%);

Suitable for the “hydrogenation-charging” dual-mode station, the construction cost of a single station is reduced by 45%.

Commercial landing: 100 billion level green hydrogen ecology set sail
NEOM New Town Demonstration Project (coming on stream in 2027) :

Hydrogen energy heavy truck hub: provides hydrogen storage system for the world’s largest hydrogen-powered mining truck fleet (1,200), each vehicle can travel up to 800km, refueling time <8 minutes;

Green steel for hydrogen: In cooperation with the Saudi Basic Industries Corporation (SABIC), green hydrogen is used to replace coke in steelmaking, reducing carbon emissions per ton of steel by 92%;

Seawater hydrogen production coupling: Supporting the construction of 400MW photovoltaic +200MW electrolytic cell, annual output of green hydrogen 60,000 tons, the cost pressure to $1.9 /kg (the world’s lowest).

GT PowerSafe launches three strategic initiatives simultaneously:

Capacity hegemony: Build a 20GWh annual capacity base in NEOM, with a global market share target of 35% by 2028;

Leading standards: The joint PIF issued the Saudi Standard for Solid State Hydrogen Storage Systems (SAS 2048) to promote the inclusion of international hydrogen energy regulations;

Technology transfer: Train 1,200 hydrogen engineers for Saudi Arabia, and increase the local productivity to 60% within three years.

Capital Resonance: Reconstructing the hydrogen energy geography
This investment sets a single Middle East financing record for a Chinese new energy company, which implies multiple strategic values:

Resource binding: PIF commits to prioritize the procurement of GT PowerSafe systems for all future green hydrogen projects in Saudi Arabia;

Financial leverage: Access to a $5 billion green credit line from the Saudi International Bank (SIB), with financing costs 1.2% lower than benchmark rates;

Geo-card position: Through Saudi Arabia radiation Middle East – North Africa – Europe hydrogen corridor, has locked Germany ThyssenKrupp 80,000 sets of hydrogen storage module orders.

The International Hydrogen Council predicts that by 2030, the global hydrogen storage system market will exceed 240 billion US dollars, of which solid state hydrogen storage technology accounts for more than 55%. GT PowerSafe CEO Levi said: “This round of financing will accelerate the realization of the ‘hydrogen energy storage cost of $0.05’ goal, making green hydrogen 30% cheaper than diesel.”

Industry Milestone: From energy Revolution to civilization transition
Speaking at the signing ceremony, Saudi Energy Minister Prince Abdulaziz bin Salman stressed: “GT PowerSafe’s technology brings Saudi Vision 2030 within reach – NEOM will be the world’s first 100% hydrogen city.” The Goldman Sachs report pointed out that the cooperation could change the global hydrogen energy competition landscape, and China’s patent share in the field of hydrogen storage materials has jumped from 12% to 41%.

Spread nuclear ground breaking design
Visual spectacle:

The drone captured 4K video of the GT hydrogen storage truck fleet in the NEOM Desert in collaboration with the photovoltaic matrix;

Microscopic animation showing the adsorption/release of hydrogen molecules in MOFs materials.

Weaponization of data:

Develop “Hydrogen energy economic calculator” H5, users input regional oil/electricity prices can compare hydrogen energy costs;

The Global Hydrogen Corridor Map was released, marking ports and pipelines covered by the GT-PIF cooperation project.

Georesonance:

CCTV and Arabia TV produced the documentary “Desert Hydrogen Valley”;

The “China-Saudi Arabia Hydrogen Energy Leaders Summit” was held in Riyadh, inviting energy ministers from 50 countries to witness the first system offline.

Future experience:

Open NEOM Hydrogen Exhibition hall VR virtual tour, experience the hydrogen energy community life scene;

Launched the “Hydrogen Energy Heavy Truck Endurance Challenge”, live streaming of vehicles across the Arabian Desert.

Technology disruption: 3D graphene-reconstructed electrode dynamics
Based on the exclusively developed “3D porous graphene nanocages” technology, HyperCharge-X breaks through four major bottlenecks:

Ion highway:

The graphene layer was vertically arranged to construct the 0.5nm ion channel, and the lithium ion migration speed was increased to 7.2 times that of conventional materials.

With high voltage flame retardant electrolyte (working voltage 4.5V), 450kW overcharge power is achieved, 1.8 times faster than Tesla V4 overcharge pile.

Self-healing negative electrode:

The silicon carbon anode is embedded into the shape memory polymer, and the volume expansion rate of charge and discharge is compressed from 320% to 8%.

The first coulomb efficiency reached 94.5%, comparable to pure graphite anode.

Zero-out lithium protection:

The AI temperature control system manages the cell temperature with a precision of 0.1℃, and combines the pulse fast charging algorithm to completely eliminate the lithium dendrite risk caused by fast charging.

Through UL 2580 rigorous 2000 fast charge cycle test, the capacity decay rate is only 0.002%/ time.

Business landing: Defining the new supercharged economic model
Car end revolution:
The Porsche 2026 Taycan Hyper is equipped with a 120kWh battery pack, which increases the battery life by 520 km (WLTP standard) in 15 minutes, three times higher than the current model;
At the same time, Ningde times launched 4C special overcharge battery, and the energy storage power station adapted to the GT PowerSafe system can respond to the frequency modulation command of the grid within 1 second.

Infrastructure Network:
Jointly build the world’s first “supercharging corridor” with Shell and State Grid, and deploy 3,000 supercharging stations at high speed in Eurasia by 2027, with single station configuration:

8 supercharged piles: peak power 600kW, supporting the intelligent power distribution of the whole model;

2MWh energy storage buffer: The use of valley energy storage + photovoltaic recharge, KWH cost as low as $0.12.

Cost break: Mass production process breakdown price threshold
In situ growth of graphene by vapor deposition:

The amount of graphene is reduced by 80%, and the production cost is reduced by 65% compared with the traditional coating method.

The construction cost of a single GWh production line is $230 million (the industry average is 380 million), and the mass production cell price is $92 /kWh ($115 for the standard silicon carbon solution).
GT PowerSafe announced the launch of two mega plants in Munich and Suzhou, with a total capacity of 80GWh by 2027 to meet the demand for 1.5 million electric vehicles.

Industry Resonance: Rewriting the energy efficiency equation
Bloomberg New Energy Finance estimates that HyperCharge-X technology, if popularized, will bring three changes:

Land intensive: the turnover rate of charging stations is increased by 400%, and the area required for the same service capacity is reduced by 60%;

Power grid efficiency: the frequency modulation response speed of the energy storage power station has increased from the minute level to the millisecond level, and the renewable energy consumption rate has increased to 98%;

User revolution: electric vehicle charging anxiety index decreased by 87%, the whole life cycle cost is 42% lower than fuel vehicles.
The International Charging and Replacement Association (CharIN) has invited GT PowerSafe to lead the development of the “4C Supercharge Global Standard”, and the China Electricity Council has simultaneously launched the “Second Charging Ecological Alliance”.

Technological revolution: Four-dimensional innovation to solve the recycling dilemma
Plasma intelligent sorting:

At 30000℃, the ion beam accurately vaporizes organic matter, and separates aluminum-plastic film, copper foil and other materials within 0.2 seconds to avoid cross contamination caused by traditional crushing;

The purity of the precious metal recovery is 99.99%, which can be directly used in the production of new batteries.

Hydrogen reduction directed purification:

Using green hydrogen as reducing agent to extract cathode material, the wastewater discharge is reduced by 98% compared with acid leaching process.

The coprecipitation efficiency of nickel, cobalt and manganese was increased to 99.3%, and the recovery cost per ton was reduced by 35%.

Digital twin Control:

The AI vision system recognizes 32,000 battery models in real time, and the disassembly plan is automatically generated, increasing the production line switching efficiency by 20 times.

The blockchain traceability platform records the whole process data of each battery from “birth” to “rebirth”, and has been connected to BMW i3, NIO ET5 and other model terminals.

Negative regenerative Black technology:

After the graphite negative electrode was repaired by supercritical CO₂, the efficiency was restored to 95.7% for the first time (close to the level of new materials), and the world’s first commercial reuse was realized.

Commercial explosion: Bind 100 billion level strategic cooperation
Long-term agreement: Signed a 15-year exclusive recycling agreement with Tesla and NIO, covering 80% of its global retired batteries;

Urban mine: won the bid for battery recycling projects of bus groups in 10 cities such as Beijing and Shenzhen, with an annual processing capacity of over 5GWh;

International standards: The Technical Specification for Closed-loop recycling of lithium batteries for Vehicles has been adopted by the ISO/TC333 Committee and will become the benchmark for the global recycling industry.

The International Union for Circular Economy (ICEA) estimates that EcoCycle technology can reduce the life cycle cost of batteries by 18%, helping to achieve the target of “20% renewable materials must be contained in new batteries by 2030” set by the EU’s New Battery Law three years ahead of schedule.

Environmental revolution: Every ton of decommissioned batteries = 220 tons less mining
Resource conservation: The annual recovery of lithium salt in a single production line is equivalent to 8% of the annual production of Chile’s Atacama Salt Lake, reducing primary mining by 44 million tons;

Carbon inclusive value: 4.3 tons of carbon credits are generated for each ton of battery processed, which has been linked to Shanghai Environment Exchange, with an annual revenue of more than 500 million yuan;

Zero pollution commitment: The factory adopts zero waste water discharge design, and the plant roof is laid with 20MW photovoltaic power station to achieve 100% green electricity self-supply.

Global layout: Build a new map of resource circulation
GT PowerSafe launches three strategies simultaneously:

European replication: By 2026, the first overseas gigafactory will be built in Salzgitter, Germany, with an annual processing capacity of 80,000 tons;

Urban outlets: Set up a “battery bank” recycling station in 200 cities in China, and users can enjoy the old battery trade-in service by scanning the code to make an appointment;

Material feeding: Recycled lithium salt has been certified by Ningde Times and Panasonic for Tesla 4680 battery production, and its performance is comparable to that of primary ore.

“EcoCycle could change the geography of lithium resources, increasing the contribution of recycling from 5 per cent to 45 per cent of the increase in global lithium demand over the next 30 years,” says John Han, chief executive of BHP Billiton, the world’s largest mining group.

Technological disruption: Redefining Marine battery safety standards
In response to the highest requirements of the IMO 2024 Safety Code for Marine Battery Systems, MarineCore 9000 delivers four major innovations:

Electric core grade gas-liquid dual isolation: using ceramic – metal composite packaging technology, the insulation resistance of a single cell is still >100MΩ after 48 hours immersed in seawater;

Three-dimensional thermal barrier matrix: nano aerogel layer + micro-pipe liquid cooling system, thermal runaway propagation blocking time <0.3 seconds (international standard requirements ≥5 minutes);

Intelligent safety center: 142 built-in sensors monitor the battery status in real time, start the global power failure and inert gas filling within 0.05 seconds when in distress;

Ship-class special electrolyte: self-developed flame retardant ionic liquid electrolyte, the ignition point is raised to 280℃ (about 120℃ for traditional electrolyte).

Rigorous certification: Tested for the world’s most dangerous scenarios
Completed three “Hell level” experiments under the supervision of DNV GL:

Deep-sea simulation chamber test: Sink the battery module into a pressurized environment of 50 meters of seawater for 72 hours to maintain normal operation;

Limit overcharge test: continued overcharge to 300%SOC at 3C rate without smoke or fire;

Multi-dimensional puncture: Use Marine steel plates to simulate accidental impact in the cargo hold, while running through 28 cells without thermal runaway.

DNV GL Marine CEO Knut Ossen said: “This is a quantum leap in Marine battery safety technology and could push the IMO to implement mandatory safety specifications for all-electric ships ahead of schedule.”

Commercial explosion: Opening 100 billion level zero carbon shipping market
The first orders will be used in three scenarios:

Frontline hydrogen electric ro-ro ship: Replace diesel auxilaries, reducing carbon emissions by 12,000 tons per year;

Cosco Marine Polar research ship: the endurance of -50℃ environment is increased by 40%, solving the problem of extreme charging and discharging in polar day and polar night;

Shore power system of Mediterranean Cruise Port: 20 minutes quickly fill the entire ship’s electricity demand of 200,000 tons of cruise during berth.

GT PowerSafe also announced the establishment of a “Zero-carbon Ship alliance” with Wartsila and ABB Marine to jointly develop a ship-port-shore collaborative energy system. According to Bloomberg New Energy Finance forecasts, the Marine lithium battery market will reach $24 billion in 2028, of which safe high-pressure systems account for more than 65%.

Strategy Card: Drawing a global blueprint for ship electrification
The company launched three strategic actions simultaneously:

Capacity layout: Invest 780 million US dollars to build the world’s largest Marine battery factory in Zhoushan, with an annual production capacity of 50GWh in 2027;

Standard leading: Jointly with China Classification Society to compile the “Safety Technical Specifications for Solid State Lithium Batteries for Ships”, submitted to IMO for inclusion in the global standard draft;

Eco-build: Launch of the Fleet Battery-as-a-Service (BaaS) model, which allows shipowners to pay for energy based on sailing distance, reducing initial investment by 70%.

Industry resonance: Rewriting the rules for Marine energy
Lim Ki-taek, Secretary-General of the International Maritime Organization (IMO), commented: “GT PowerSafe’s technological breakthrough makes it possible to achieve the goal of decarbonizing the global shipping industry five to eight years ahead of schedule.” The world’s top 10 shipping companies have launched product compatibility testing, Maersk Group CTO said: “This is not only a battery revolution, but also a milestone in reshaping the global maritime value chain.”

Communication enhancement strategy
Visually stunning:

4K video of deep-sea battery test was released, and the scene of continuous discharge after the battery core was immersed in water was shown in slow motion;

Create a 3D animation to demonstrate the principle of thermal runaway blocking technology and target it in a LinkedIn maritime group.

Data authority:

The industry average accident rate was compared with DNV GL’s 2025 Marine Battery Safety White Paper.

The infographic shows emissions reductions over the life cycle of each system (equivalent to planting 180,000 trees).

Event Marketing:

Set up a “Safety limit challenge platform” at the Hamburg Exhibition, inviting the audience to operate the battery puncture experiment;

Lloyd’s List hosts the Zero Carbon Shipping Leadership Summit.

Technological breakthrough: AI reconstructs the logic of energy distribution
System integration three innovative modules:

Flexible photovoltaic array: 2.1MW flexible solar panels are adapted to simple roofs in Africa, wind resistance level is up to 12, and average daily power generation is 8.6MWh;

Solid state energy storage core: 8.4MWh high-density lithium battery pack equipped with self-developed “thermal magnetic isolation” technology, the cycle life is still more than 6000 times under 45℃ high temperature environment;

Intelligent energy brain: The AI algorithm analyzes the electricity consumption behavior of 23,000 households in real time, dynamically adjusts the energy storage output, and prioritizes the critical load of schools and medical stations.

“Through the blockchain accounting and mobile prepayment system, villagers can purchase clean electricity at any time by scanning the code for $0.08 /kWh, which is 78 percent lower than the cost of diesel generators.” During the demonstration, Zhang Mingzhe, CTO of GT PowerSafe Africa, stressed that “the average daily electricity cost per household is only 0.24 US dollars, and solar credit is supported.”

Government and enterprise collaboration: Three parties signed to activate sustainable development
At the project launch meeting, GT PowerSafe signed the Renewable Energy Inclusive Plan with the Zambian Ministry of Energy and the African Development Bank:

Phase II expansion: Add 4 microgrid nodes before 2026, and expand the total installed capacity to 15MW/60MWh;

Localization commitment: Train 200 local operation and maintenance technicians, set up the first new energy technology training center in Copperbelt province;

Carbon sink development: The system reduces diesel consumption by 4.2 million liters per year, and corresponding carbon credits have been linked to the London Carbon Exchange.

Social Impact: From energy poverty to the Digital transition
Microgrid operation brings multidimensional changes:

Education empowerment: 12 rural schools were connected to electronic teaching equipment for the first time, and the evening self-study rate of students increased to 83%;

Medical upgrades: The vaccine cold storage at the Kitwe Clinic is operating 24 hours a day, and the vaccination rate of newborns has exceeded 90 per cent;

Economic activation: The night market extended its operation for 4 hours, and more than 2,000 families carried out small and micro businesses such as mobile phone charging and ice making.

UN Under-Secretary-General Amina Mohamed said in a video message: “GT PowerSafe has created a new model of ‘energy affordability – technology adaptation – community participation’, providing a Chinese solution for global energy poverty governance.” The project was awarded the United Nations Energy Transition Lighthouse Award 2025 and selected as a “Collection of Best Practice Cases for Sustainable Development in Africa”.

Strategic expansion: Copy model to leverage 100 million market
According to the African Development Bank, there are still 580 million people in sub-Saharan Africa without stable power supply, and the annual growth rate of off-grid energy storage market is 49%. Levi, CEO of GT PowerSafe, said: “We have launched the ‘Thousand Village Interconnection plan’ and will replicate 200 microgrid nodes in six countries including Congo and Mozambique in the next three years, aiming to cover 3 million people.” At the same time, value-added scenarios such as agricultural photovoltaic pumps and cold chain power storage are developed to create a new energy economic ecology in African villages.”

“Little Giant” hard power: fill the gap in domestic solid-state battery technology
As a benchmark case under the “key industry chain reinforcement board” policy of the Ministry of Industry and Information Technology, GT PowerSafe’s self-developed all-solid lithium metal battery has achieved three major technological breakthroughs:

Safety innovation: Through the ceramic-polymer composite electrolyte technology, successfully passed the 200℃ hot box test and acupuncture experiment, completely solve the risk of thermal runaway of traditional liquid batteries;

Energy density jumped: the energy density of mass-produced models reached 420Wh/kg, 40% higher than the industry average, suitable for high-end UAVs and special equipment fields;

Cost optimization path: The original dry electrode preparation process reduces the production cost by 35% compared with similar products, and wins strategic purchase orders from Ningde Times, Ehang Intelligence and other leading enterprises.

Policy enables resonance with the industry
According to the Ministry of Industry and Information Technology’s “14th Five-Year Plan” intelligent manufacturing Development Plan, “Little giant” enterprises need to meet the four standards of “specialization, refinement, specificity, and novelty”, and the proportion of R&D investment is not less than 5%. In the past three years, GT PowerSafe has invested 620 million yuan in R&D, accounting for 12.7% of the total revenue, and applied for 217 patents (including 43 PCT international patents). Wang Zhenhua, chairman of the company, said: “The selection of the ‘Little giant’ will accelerate the construction of the solid-state battery production line with an annual output of 20GWh, and it is expected to achieve large-scale delivery of car-scale products in 2025.”

Capital markets are heating up
Boosted by this good news, GT PowerSafe shares rose 9.7% in a day, Morgan Stanley analysts pointed out that China’s “little giant” enterprises have attracted more than 30 billion yuan of special fund layout, solid-state battery track valuation increased by 180% over the same period last year. At the same time, the company announced to build a “solid state battery joint laboratory” with the Ningbo Institute of Materials of the Chinese Academy of Sciences, focusing on the ultra-thin lithium negative mass production process.

Industry observation: The head of the equipment industry Department of the Ministry of Industry and Information Technology stressed that the “small giant” enterprises will become a key force to break through the patent barriers of solid-state batteries in Europe and the United States. At present, GT PowerSafe is participating in the development of China’s first “all-solid-state lithium battery industry standard” to promote the industry from “following” to “leading”.

Technological disruption: Vehicle storage integration solution to solve the industry pain points
The core products of GT PowerSafe in this exhibition focus on the three dimensions of high safety, long life and ultra-fast charge:

Vehicle storage and common wire manufacturing technology: the world’s first solid state battery module simultaneously ADAPTS to new energy vehicles and energy storage power stations, reducing system integration costs by 28% through standardized interface design;

Extreme safety performance: Equipped with self-developed “honeycomb” solid electrolyte matrix, to achieve thermal runaway propagation blocking time <0.5 seconds, through UL 9540A strict certification;

Full climate adaptability: The use of intelligent temperature control liquid cooling technology, charge and discharge efficiency under -40℃ to 60℃ environment to maintain more than 95%, to overcome the problem of energy storage application in cold regions.

Commercialization Milestone: Clinched a single 15GWh energy storage order
On the first day of the exhibition, GT PowerSafe reached a strategic cooperation with European energy giant Vattenfall to provide a 20-foot liquid cooled container energy storage system for its 800MW offshore wind energy storage project in Scotland, with a single capacity of 5MWh and a cycle life of more than 12,000 times. The total scale of the order is 15GWh, setting a record for the single signing of overseas energy storage by Chinese enterprises. CEO Li Wei revealed: “Of the 50GWh production capacity planned in 2025, 40% will be dedicated to the field of energy storage.”

Eco-level innovation: Release of an energy iot operating system
The simultaneous launch of the “EnerOS 3.0” energy operating system has attracted the attention of the industry, which integrates AI power prediction and blockchain power trading functions to achieve:

The dynamic response speed of the energy storage power station is increased to 50 milliseconds, which is 3 times faster than the traditional solution.

The aggregation degree of distributed energy storage resources reaches 90%, and supports real-time scheduling of virtual power plants.

The payback period of the integrated optical storage and charging project has been reduced to 4.8 years (the industry average is 7.2 years).

Industry Resonance: Defining the next generation of energy storage standards
According to data from Zhongguancun Energy storage Industry Alliance, GT PowerSafe has occupied 12.3% share of China’s large storage market, and its participation in the draft national standard of “Electrochemical Energy Storage System solid State Battery Technical Specification” was publicized during the exhibition. Bloomberg New Energy Finance commented: “GT PowerSafe ‘vehicle storage symbialism’ model may restructure the global energy storage industry division of labor, Chinese enterprises in the solid-state battery circuit is shifting from technology breakthroughs to standard output.”

Technical breakthrough: Crack the magic spell of 55℃ extreme thermal environment energy storage
For the desert climate of the Middle East and off-grid scenarios of East Africa, GT PowerSafe presents three innovative technologies:

Self-cooling battery compartment: The bionic dune airflow design is adopted, and the operating temperature of the battery can be stabilized below 35℃ when there is no external refrigeration, and the energy consumption is 60% lower than that of the traditional liquid cooling system;

Sand and dust protection system: IP68 seal combined with nano-coating anti-corrosion technology, through Saudi SASO certification of 72-hour sandstorm simulation test;

Off-grid optical storage machine: integrated photovoltaic MPPT controller and diesel generator seamless switching module, single support 200 households 72 hours of continuous power supply, has been deployed in Somalia rural microgrid project.

Localization strategy: Joint venture factory + technology transfer two-wheel drive
GT PowerSafe announced a joint venture with REPDO, a subsidiary of Saudi sovereign fund PIF, to invest $1.8 billion in the construction of a 15GWh per year energy storage plant in NEOM New City, supporting the construction of the Middle East’s first solid-state battery research institute. At the same time, the “Oasis Plan” was launched to train 500 energy storage operation and maintenance engineers for East African countries, and the Ethiopian energy Minister commented that: “For the first time, Chinese enterprises have realized the deep binding of technology output and local capacity building.”

Project signing: Red Sea Energy Storage Hub + East Africa off-grid revolution
Red Sea New City 2.1GWh project: To provide containerized system for the world’s largest off-grid energy storage project, equipped with intelligent salt spray protection technology, suitable for the high humidity corrosion environment along the Red Sea coast;

East Africa Million Villages microgrid plan: to Kenya, Tanzania to deliver 50,000 sets of household energy storage equipment, using lithium iron phosphate + supercapacitor hybrid architecture, support 10 years of ultra-long warranty;

Oman Oil Light Storage Alternative project: Provide modular energy storage stations for traditional oil and gas fields, reduce diesel power generation by 73%, and reduce carbon emissions by 420,000 tons per year.

Data Insights: Leveraging the regional market explosion in 2030
According to the Middle East Solar Energy Industry Association (MESIA) report, by 2030, the installed energy storage capacity in the Middle East will reach 58GWh, of which Saudi Arabia accounts for more than 40%; The East African off-grid energy storage market is expected to exceed $9 billion. “We are planning to set up regional service centres in Jeddah and Mombasa and increase the Middle East-East Africa market from 12 per cent to 35 per cent of our revenues in the next three years,” said Levy, CEO of GT PowerSafe.

Technology customization: Innovation for tropical climate adaptation
In response to challenges such as high temperature and humidity in West Africa and weak power grid, GT PowerSafe has launched three core technological breakthroughs:

Moisture-proof and mildew proof battery pack: using nitrogen capsule and graphene coating technology, the cycle life can reach 6000 times under humidity >90% environment, which is 3 times longer than the traditional solution;

Diesel-photovoltaic hybrid controller: realizes millisecon-level seamless switching between diesel generator and photovoltaic energy storage, reducing fuel consumption by 65%, which has been applied to the backup power transformation project of Lagos Airport;

Rapid deployment mobile energy storage station: A 20-foot container integrates 1.2MWh energy storage +200kW PV, which can be installed and debuggable within 8 hours to help emergency disaster relief power supply.

Trillion market nuggets: signed the largest light storage order in West Africa
During the exhibition, GT PowerSafe reached two milestones:

Nigeria Rural Electrification Agency (REA) : won the “National Power Plan” phase I project, to provide 50,000 sets of “SolarHome 5.0” household energy storage system (including 800W photovoltaic +10kWh energy storage), support mobile prepaid electricity function, the first year coverage will be increased to 15%;

West Africa Regional Grid Alliance (WAPP) : Signed a framework agreement for a 2.4GWh optical storage plant to provide FM services for the Ivorian – Ghana cross-border smart grid, which is expected to reduce regional outages by 40%.

Localization 2.0: From product output to technology symbiosis
GT PowerSafe announces the launch of the “Africa Spark Initiative” :

Local manufacturing: Invest $230 million to build the first energy storage assembly plant in West Africa in Ogun Free Trade Zone, and achieve 60% localized production of components by 2026;

Talent empowerment: Jointly build the “West African Renewable Energy Academy” with the University of Lagos to train 500 energy storage engineers every year;

Digital innovation: Develop an AI operation and maintenance App that supports Hausa and Yoruba to lower the threshold for device management in remote areas.

Data Insights: Lighting up the last ten kilometers of Africa
According to the African Development Bank report, there are still more than 180 million people in West Africa without stable electricity supply, and the annual growth rate of Nigeria’s household energy storage market is 47%. Chen Liwei, President of GT PowerSafe West Africa, said: “Our goal is to reduce the cost of system electricity to less than $0.15 by 2027, which is 60% cheaper than diesel power generation. At present, the Trinity demonstration community of ‘light storage and charging’ has been built in Senegal, and the average household electricity bill has been reduced by 75%.”

Industry Resonance: Reshaping Africa’s energy future
Aisha Diallo, Energy Affairs Officer of the United Nations Economic Commission for Africa, commented: “GT PowerSafe’s modular solution perfectly fits the needs of Africa’s ‘leap-forward energy transition’, and its’ technology inclusive + business sustainability ‘model may become the model for achieving SDG7 (Sustainable energy).” At the same time, GT PowerSafe and 15 African companies launched the Lagos Declaration, pledging to train 100,000 green energy technology workers in West Africa by 2030.

Technical innovation: The voltage platform accurately matches the scene requirements
► Low Voltage Series (48V-72V) : Reinventing home energy security standards

Zero explosion risk design: Lithium iron phosphate + ceramic diaphragm composite technology, passed 200% overcharge and heat abuse test, TUV Rheinland “Home Safety Star” certification;

Intelligent power center: Integrated PV inverter and EV charging pile management module, support dynamic adjustment of household power load, reduce power grid dependence up to 70%;

Ultra-long life guarantee: the cycle life exceeds 8,000 times (DoD 80%), with a 10-year decay of not more than 20% of the warranty commitment, covering the typical family life cycle.

► High Voltage series (300V-800V) : Unlock the commercial energy storage efficiency paradigm

5C ultra-fast charging technology: 20 minutes full golf cart battery pack, 3 times faster than the traditional solution, suitable for high-end scenarios such as Dubai golf resort;

Modular expansion architecture: the energy storage capacity of a single cabinet can be freely configured from 100kWh to 1MWh, supporting small and medium-sized supermarkets and factories to achieve 24-hour off-grid operation;

AI energy efficiency optimization: Built-in load forecasting algorithm, dynamic adjustment of charge and discharge strategy, so that industrial and commercial users of the comprehensive cost of electricity reduced by 42%.

Commercial explosion: 23 countries received orders on the first day
Household market: Signed supply agreements with Sunrun and Chint Household PV for 500,000 sets of low-voltage systems, covering rooftop PV renovation projects in North America and Southeast Asia;

Special vehicles: High voltage battery packs for Club Car and Yamaha golf carts, energy density up to 220Wh/kg, endurance increased by 65%;

Commercial energy storage: Won the bid for the optical storage project of 23 shopping malls of SM Mall Group in the Philippines, deploying a total capacity of 280MWh of high-voltage energy storage system.

Cost Revolution: Material innovation breaks through price threshold
GT PowerSafe’s original “molecular lithium recovery” process reduces the cost of low-voltage battery pack materials by 38%. At the same time, the high pressure platform uses a cobalt-free high nickel positive + silicon carbon negative combination, and the cost per kWh is reduced to
92
(Industry average
92 (industry average 115). CEO Levi announced: “In 2025, we will build two new dedicated factories in Mexico and Vietnam to achieve localized supply of high and low pressure products, and shorten the delivery cycle to 7 days.”

Industry Resonance: Defining a new benchmark for distributed energy storage
According to Bloomberg New Energy Finance data, in 2025, the installed capacity of global household energy storage will reach 58GWh, and the annual growth rate of small and medium-sized industrial and commercial energy storage market will exceed 45%. GT PowerSafe simultaneously released the “White Paper on Distributed Lithium Battery System”, and jointly launched the cross-brand energy interconnection agreement with Tesla Powerwall and BYD to promote the standardization process of the industry. Experts from the International Renewable Energy Agency (IRENA) commented: “This voltage grading strategy perfectly balances safety and economy, and may end the dominance of lead-acid batteries in the field of special vehicles.”