Paraclete Energy

08/19/2026

The Strait of Hormuz has been effectively closed since around February 2026. Reporting has so far focused on crude oil. The battery industry is watching something else.

Petroleum coke is a refinery by-product and feedstock for the needle coke synthetic graphite anodes require. When Gulf refineries are disrupted and export routes blocked, petcoke supply tightens. Benchmark Mineral Intelligence confirmed: "as oil output falters, availability of this byproduct will tighten." Calcined petcoke prices rose from ~$400–500/t to $800–900/t. Needle coke saw another 1.2-3.0% increase in July, with a further crunch expected for August.

That is the supply chain disruption. Underlying it is a structural problem.

China produces 83.9% of global synthetic graphite and an estimated 98% of global graphitization capacity. Over 90% of global anode material comes from a single country. Any petcoke disruption is exacerbated by this bottleneck. Furthermore, in February 2026, the US finalized duties on Chinese anode material, raising the tariff burden to 160%–220%. This bottleneck is now compounded by a 160%+ tariff wall, even as supplies run low.

A third complication: battery-grade petcoke now competes directly with aluminum smelting for the same dwindling raw material. JPMorgan forecasts a global aluminum deficit of 2 million tons. These two industries are bidding against each other for shrinking supply—a dynamic unseen before February.

Silicon anodes trace their feedstock to quartz. Zero petroleum dependence. Zero Chinese graphitization bottleneck. Gene Berdichevsky, who helped develop the original Tesla battery, argued in Fortune that the US shouldn't replicate the Chinese graphite supply chain. It should leapfrog it.

SILO Silicon™ by Paraclete Energy is a US-made "drop-in" silicon anode platform, compatible with existing infrastructure, designed to extend autonomous defense system life and eliminate reliance on vulnerable foreign supply chains. Manufactured in Michigan. Petroleum-free. No Chinese graphitization. Battery makers integrate it into existing slurry processes without line modifications.

The 2026 NDAA prohibits DoD from procuring batteries containing FEOC materials, effective January 1, 2028. The Hormuz situation is not merely background noise; it is a real-world demonstration of the very supply chain vulnerability the legislation aims to address.

The graphite chain relies on a refinery by-product, a single country's processing capacity, and a strait that is currently blocked. The silicon chain runs on sand. For program managers working under a tight 18-month qualification schedule, this distinction is no longer theoretical.

https://www.paracleteenergy.com/

MADE IN USA 🇺🇸 Built for manufacturing. Engineered for performance. Superior batteries — without redesigning manufacturing. SILO Silicon™ is a drop-in silicon anode material for OEMs, cell makers, and strategic partners seeking step-change energy density and fast charge performance. 2,834 ...

08/12/2026

Last week, the U.S. Department of Defense’s Office of Strategic Capital (OSC) allocated $1.4 billion to fund domestic production of silicon-anode batteries. Its stated goal, in its own words, is to "end the foreign stranglehold over the battery supply chain" and secure "the critical batteries the Joint Force requires."
This choice of words is crucial. The OSC does not issue such multi-billion-dollar, conditional commitments out of mere preference, but rather in response to capability gaps deemed operationally significant. The gap in question is well-documented: China controls over 80% of global battery cell production and a comparable share of anode material processing. The NDAA for FY2026 draws a clear conclusion from this: starting January 1, 2028, the DoD will be prohibited from procuring batteries for new programs if they contain materials from foreign companies classified as critical.
What this deadline actually demands is a material ready for use in a production line. Not a lab result. Not a term sheet. Not a conditional commitment. What is required is a qualified material, processed via a qualified method, to deliver qualified cells for qualified platforms.
SILO Silicon™ is designed specifically for this transition. Its polymer-matrix-based architecture mechanically accommodates the silicon’s volumetric expansion of approximately 300%; thanks to self-healing properties, cycle stability is maintained throughout the entire qualification process. Manufacturers can integrate the material into their existing graphite slurry processes, using the same equipment and production lines, while selecting the specific mixing ratio required for the application. It offers a specific capacity of up to 2,834 mAh/g, enables more than 200% longer operational life for drone platforms, and supports discharge rates of 8C for high-performance mission profiles. Manufactured in Michigan.
SILO Silicon™ is a US-made "drop-in" solution for silicon anodes, compatible with existing production infrastructure, designed to extend the operational life of autonomous defense systems and eliminate reliance on vulnerable foreign battery supply chains.
OSC’s commitment represents capital waiting to be put to work. The programs that will meet the 2028 requirements are those that began material qualification in 2026, rather than waiting until 2027.
https://www.paracleteenergy.com/

MADE IN USA 🇺🇸 Built for manufacturing. Engineered for performance. Superior batteries — without redesigning manufacturing. SILO Silicon™ is a drop-in silicon anode material for OEMs, cell makers, and strategic partners seeking step-change energy density and fast charge performance. 2,834 ...

08/20/2025

Counting my blessings today. Jeff and I are products of Christian education, middle school, high school and college. Our children went to Christian school and now I’m so thankful and blessed to see my granddaughters learning in a Christian school environment. Things have changed a lot since I was in school, but Gods word and Godly principles never change. My girls are getting an amazing education. A wholesome environment with academic excellence and a well rounded fine arts and athletic program. I marvel at how much they have learned in their short years, but I’m beyond words when I see them sing on their praise and worship teams or when I hear them share the gospel. Thank you Lord for making my dreams come true. And to all the Christian educators, professors, teachers, coaches and parents that fill in for everything under the son, I say thank you for your encouragement on this family’s faith journey. To God be all the glory.

05/01/2025

Exciting to see Paraclete Energy leading the charge.

SkyQuest’s new market study on the lithium-silicon battery space highlights the key players driving innovation. The full report includes company summaries for a couple dozen organizations—and first on that list is Paraclete Energy.

https://www.skyquestt.com/report/lithium-silicon-battery-market

Paraclete’s silicon anode materials continue to raise the bar for performance. Interested in seeing what Paraclete’s SILO Silicon™ can do? Contact us to request a sample or learn more.

Lithium Silicon Battery Market Size & Share | Industry Growth [2032] size is projected to showcase a CAGR of over 31.1% from 2025 to 2032 and is anticipated to surpass USD 88.22 Billion by 2032.

12/03/2024

Breaking Innovation in EV Technology!

Paraclete Energy is proud to unveil the results of our latest study on SILO Silicon™—a revolutionary battery technology that reduces weight by 50% while doubling the driving range of electric vehicles.

This breakthrough addresses two major challenges in EV adoption: cost and range anxiety, paving the way for a more sustainable, efficient future.

Learn more about how SILO Silicon™ is transforming the EV landscape: Read the full press release: https://tinyurl.com/RangeBoost

09/26/2024

Silane Gas Crisis: Paraclete Energy’s SILO Silicon™ Removes the Hidden Hurdle to Affordable EV Batteries
As the EV market grows, silane gas dependency poses a major hurdle for silicon anode production. High costs, toxicity, supply shortages, and environmental risks tied to silane gas threaten scalability. Paraclete Energy's SILO Silicon™ technology offers a game-changing solution, eliminating the need for silane gas and reducing production costs by up to 33%. It’s safer, environmentally sustainable, and boosts energy density by 200%, ensuring longer battery life and increased EV range. Additionally, our technology is independent of supply chains reliant on China, securing scalable production. Paraclete Energy is driving the future of cost-effective, high-performance EV batteries.
Read the full press release here: https://www.paracleteenergy.com/2024/09/26/silane-gas-crisis1-paraclete-energys-silo-silicon-removes-the-hidden-hurdle-to-affordable-ev-batteries/

26 Sep Silane Gas Crisis[1]: Paraclete Energy’s SILO Silicon™ Removes the Hidden Hurdle to Affordable EV Batteries Posted at 08:12h in Uncategorized by admin CHELSEA, MI. September 24, 2024 – While the electric vehicle (EV) market is rapidly moving toward widespread acceptance, a significant c...

09/19/2024

A recent MSN article highlighted Paraclete Energy’s breakthrough in battery technology that could make electric vehicles more affordable, cost-effective, and powerful. SILO Silicon™ has the potential to reshape energy storage and advance the future of clean transportation.
Curious about how this breakthrough could impact on the electric vehicle industry and sustainability? Check out the full article below!

"Setting a new benchmark for the rapid adoption of electric vehicles and renewable energy solutions." Energy company boasts battery breakthrough that could soon make EVs even more affordable: 'Cost-effective and high-performance energy storage' first appeared on The Cool Down.

09/04/2024

🚗 Revolutionizing Electric Vehicle Batteries! 🚗
Cleanerwatt has just released an in-depth video on Paraclete Energy's SILO Silicon™ technology, a game-changing silicon anode material already in production. This breakthrough promises faster charging, higher energy density, and more affordable batteries—bringing the future of EVs closer.
🎥 Watch the video to see how Paraclete Energy is shaping the future of clean transportation: https://youtu.be/yIQ_C4t7hTc?feature=shared

About Paraclete Energy
Paraclete Energy has the potential to revolutionize the electric vehicle and lithium-ion battery markets with its proprietary SILO Silicon™ highly conductive, polymer matrix technology, delivering energy densities up to 300% greater than graphite and 200% higher than competing silicon anodes. Batteries using SILO Silicon™ are 33% less expensive per kilowatt hour than traditional carbon-based products. Paraclete Energy’s distributed manufacturing capability enables production plants near or at a customers’ site further enhancing efficiency and reducing costs.

Follow along as I reveal a new Silicone anode technology allows for faster charging, lower cost, more energy dense batteries - paving the way for more afford...

08/14/2024

Paraclete Energy Achieves Cost-Effective Energy Storage at $35/kWh vs LFP at $53/kWh

Chelsea, MI, August 14, 2024 – In light of recent reports highlighting the declining cost of LFP batteries, Paraclete Energy, a leading provider of silicon-based anode materials for the electric vehicle and Li-ion battery markets, today announced a significant advancement in battery technology. The company's new 100% SILO Silicon™ anode materials offer exceptional energy density and cost-efficiency, achieving a breakthrough cost-per-kilowatt-hour (kWh) of $35.

This positions Paraclete Energy's SILO Silicon™ anode materials as a highly competitive alternative to traditional graphite anodes, which are commonly used in LFP batteries currently costing $53/kWh. The cost reduction achieved by SILO Silicon™ is driven by advanced materials science and optimized manufacturing processes, solidifying Paraclete Energy’s technology as a transformative force in the industry.

"The recent decline in LFP battery prices underscores the industry's commitment to affordability and sustainability," said Jeff Norris, CEO of Paraclete Energy. "Our SILO Silicon™ anode technology serves as a strong proxy for cost-effective and high-performance energy storage, indicating not only significant cost reductions but also setting a new benchmark for the rapid adoption of electric vehicles and renewable energy solutions."

Paraclete Energy's SILO Silicon™ anode materials offer an impressive energy density over 520 Wh/kg, significantly exceeding the capabilities of traditional graphite anodes. This increased energy density allows batteries to deliver more energy for longer periods of time, making them ideal for electric vehicles and stationary energy storage applications. The company's commitment to pushing the boundaries of battery technology aligns with the global shift toward renewable energy and increasing demand for efficient and affordable energy storage solutions.

Paraclete Energy is dedicated to advancing battery technology and improving the access and affordability of renewable energy solutions. The company's groundbreaking developments will play a critical role in reducing global carbon emissions and supporting the widespread adoption of sustainable energy practices.

About Paraclete Energy

Paraclete Energy is a leading silicon anode materials company serving electric vehicle and lithium-ion battery markets. Its unique SILO Silicon™ polymer matrix technology enables energy densities up to 300% that of graphite and more than 200% that of other silicon anode competitors. Batteries made with SILO Silicon™ are 33% less expensive per kilowatt hour than traditional carbon-based products. Paraclete Energy’s distributed manufacturing model enables production near or at customers’ production sites, further increasing efficiency and reducing costs.