New Energy & Storage - Ingenious e-Brain
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New Energy & Storage

A Deep-Dive into our work on the Industry.

overview

The Energy and Storage industry is undergoing a significant transformation as ambitious research and development teams focus on better ways to produce and store renewable energy. The industry is changing in many segments, including the amount of energy required and efficient ways of storing it.

The adoption of renewable energy sources like solar and wind power has increased significantly in recent years. The cost of producing energy from these sources has decreased, making them more affordable and attractive. Thanks to new energy research, energy storage systems, such as batteries, are becoming more efficient and cost-effective. This has enabled the integration of renewable energy sources into the power grid, providing reliable and stable power. As one of the most popular climate change solutions, the market for electric vehicles (EVs) is growing rapidly, and many countries have set targets to phase out fossil-fuel-powered vehicles. This has led to the development of more efficient batteries with longer ranges, making EVs more practical for everyday use. Further, the modernization of the power grid has enabled better integration of renewable energy sources and improved energy efficiency. This includes the installation of smart meters, advanced sensors, and automation technologies. Some other research trends in the industry include biodiesel technologies, fuel cell technologies, etc.

Ingenious e-Brain (IeB) assesses the strategic paths and actions focused on the short to long-term horizon, usually ranging from 1 to 20 years down the line. We support our clients in defining their strategic paths for the future through technology, market intelligence, competitive intelligence services, and implementation practices in a pragmatic manner, facilitating decision-making, and translating the strategy into feasible initiatives.

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Solar Energy

  • Novel Cells
    • Heterojunction cells
    • Tunnel oxide passivated contact
    • High-density cell construction
  • Novel Material
    • Selective absorption spectra
    • Systematic Model Upgradation
  • Weatherproof
    • energy generation system
    • Capturing dissipated light leakage
  • Extend the module’s lifespan
  • Concentrated solar power (CSP) technologies
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Hydrogen Energy

  • Efficient catalyst
    • Cyanobacteria
    • Nickel -organometallic electrocatalyst
  • Hydrogen as fuel from sustainable sources
  • Optimization of hydrogen storage and transport
  • Improvement of fuel cell performance
  • Development of high-density storage to improve efficiency of hydrogen storage
  • Uninterrupted and reliable power
    • Integrated solar hydrogen energy system
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Wind Energy

  • Enhance efficiency
    • Using power electronics and new technological controllers
  • Managing variating wind speed
    • Synchronous Generator
  • Hybrid renewable energy systems
    • Combined with other renewable sources e.g. solar and geothermal energy
  • Generating energy from speeding cars
  • Digitalization – to optimize wind farm performance, reduce downtime, etc.
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Hydro Energy

  • Pumped Storage Hydroelectricity
  • Hybrid energy
    • Floating Solar PV with hydro power generation
  • Digitalization and Smart Grids
    • Real-time monitoring and control of hydropower plants
  • Innovative Turbine Designs
    • Variable speed turbines and turbines with adjustable blades
  • Increase efficiency
    • Logic controller to manage the rotational speed
    • Modulating waves
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Other Energy

  • Energy from waste
    • Optimizing process by waste heat recovery
    • Plasma gasification
  • Biomass energy
    • Combustion, gasification, and anaerobic digestion
  • Geothermal Energy
    • Ground source heat pump system using CO2
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Storage (Chemical)

  • E-methanol
  • Green ammonia
  • Redox flow batteries
  • Solid-state batteries
  • Hydrogen storage
  • Power-to-gas: Hydrogen or methane gas
  • Bromine-based Electrical Energy Storage
  • Zinc-manganese dioxide (ZnMnO2) battery
  • Longer discharge periods forremote locations
  • Flow batteries based on a zinc-bromine electrolyte
  • Enhancing efficiency and reducing the cost
  • BaTiO3-based lead free ceramics for electrical energy
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Storage (Physical)

  • Longer discharge periods
  • Stacked blocks
  • Liquid air
  • Pumped hydro 
  • Compressed air energy storage
  • Gravity batteries
  • Superconducting magnetic energy storage
  • Grid-scale batteries
  • Thermal energy storage
  • Flywheel energy storage

Raw Material Providers

OEMs

Ingredient Manufacturer

Supplier/ Distributor

Product Manufacturer

End User

Raw materials sourcing from AgriFarming

Provides equipment / machinery for processing raw materials

Process / extract ingredients from raw materials

Supplies / distributes ingredients to product manufacturer

Manufactures food and beverage products utilizing ingredients

End users of the products

  • Raw material supply
  • Advance Insulation Coatings (Paint, Antirust Coating, etc.)
  • Digitation (Automation, IOT, etc.)
  • Generation from Solar, Wind, Hydro, Waste, etc.
  • Novel Material Scouting
  • Supply Chain Assessment
  • Market Opportunity
  • Future Trend Analysis
  • Impact Analysis
  • Material Synthesis & Processing
  • Lifecycle Assessment
  • Competitor Activity
  • Fuel Cells
  • Electrolyzers
  • Innovative Energy generation techniques
  • Interconversion Energy Techniques
  • Device Fabrication
  • Process Automation
  • Consumer Industry
  • Market Opportunity
  • Future Trend Analysis
  • Customer Identification
  • Application Scouting
  • State of the art landscape
  • Holistic approach to design and operation
  • Compressed Hydrogen Storage
  • Metal Hydrides
  • Battery Energy Storage
  • Flow Batteries
  • Raw Materials for the storage system
  • Power-to-Power
  • Consumer Energy Demand
  • Geographical Hotspot Analysis
  • Material Landscape for Batteries
  • Consumer Distribution
  • New storage development material and scenarios
  • Compressed Hydrogen Vessels
  • Liquid Hydrogen
  • Cryogenic Hydrogen
  • Hydrogen Pipelines
  • Grid Development
  • New Business Models
  • Market Strategies
  • Best-fit Solution
  • Competitors Monitoring
  • Project Tracking
  • Integration
  • Installation
  • After-sales Services, e.g., Maintenance
  • Identification of direct and indirect customers
  • Assessment of business models
  • Opportunity Assessment, e.g., after-sales
  • Individual Owners
  • Commercial Defence
  • Industrial
  • Transportation
  • Medical
  • Automotive
  • service 1
  • service 2
  • service 3
  • service 4
INGENIOUS ENGAGEMENT AND SOLUTION FRAMEWORK
Key Functions
  • CEO & Corporate Strategy
  • CTO & RD&I Leadership
  • BU & Operations Leadership
  • Strategic Leadership
  • Open Innovation, Scouting & M&A Leadership
  • CMO, Marketing Leadership
Client’s Key Business Objective
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Support Integration
  • Innovation
    Management
  • Competitive
    Intelligence
  • Regulatory
    Assessment
  • Strategic
    Management
  • Market
    Realization
  • Sustainable
    Breakthroughs

Client’s Success Story

A Leading Battery
recycler company

Business Objective

The client wanted to understand different processes fo r recycling batteries using hydrometallurgy techniques. The main objective of the engagement was to understand the technology developments for battery recycling, leaching agents, market attractiveness, and player ecosystems.

Research Methodology

  • Secondary Research: Conducted exhaustive desk research to understand technologies for recycling batteries employing hydrometallurgy.
  • Referred paid databases and identified patents/literature around them.

Benefits to the Client

  • Helped the client identify the key leaching combination processes and their process flow.
  • Helped the client understand different strategies and structures for recycling batteries.
  • Helped the client understand the strategic activities of different key players.

Key Business Questions

  • What are the key research and innovation focus areas targeted by technology developers around black mass battery recycling via hydrometallurgical processes?
  • What are the technology strengths, limitations, revenue stream of black mass, and outlook associated with the hydrometallurgical process?
  • What are the challenges that the hydrometallurgical process is still trying to solve to achieve greater efficiency (recovery rates, purity, etc.) and cost parity?
  • What is the universe of the technology developer’s ecosystem?

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Case Studies

TESTIMONIALS

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Chief Innovation Officer (CIO)]

TotalEnergies SE
French multinational integrated energy and petroleum company

Ingenious E-Brain came up as a great support to our strategic investigation into advanced battery development. They managed to bring together a broader aspect of innovations related to battery efficiency and charging capacity at a global level. Besides this, they accurately evaluated the current market size and potential in line with our expectations. I warmly recommend them for such services.

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Head of Research & Development

Subsea 7
UK-based Engineering company

From start to finish, Ingenious E-Brain exceeded our expectations by guiding us in building a robust hydrogen storage facility. The research & analytical data generated by them was astounding, and their personalized solutions and communication approach made us feel like valued partners.

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CTO

AET
Shipping company, Singapore

Choosing your expertise was the best decision to drive our major project on innovating fuel cell technology. With your strategic guidance and technical knowledge, we’ve explored the ongoing developments around electrolyzers, fuel cells, and energy conversion. Their exceptional service, quick turnaround, and attention to detail exceeded all our expectations.

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Head of Product Improvement

Flint Hills Resources LLC
Refining & manufacturing company, Kansas

Reliable, responsive, and results-driven – After partnering with numerous solution providers, we’ve concluded that Ingenious E-Brain has set the benchmark for timely delivering efficient business solutions. Their technical knowledge and business mindset act as a catalyst for designing highly compact aluminum batteries.

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Olivier Lodeho

Subsea 7
Head of Technology Group

The consistent efforts, prompt outcomes, and flexibility in engagement by the team of Ingenious e-Brain experts have undeniably supported us in strategically designing business models for offshore wind energy and its storage solutions, especially in Europe. Besides this, we got access to insights into different technologies and process efficiency techniques and have been able to explore more energy storage solutions. I’d like to thank Ingenious e-Brain for an excellent job and for providing a seamless experience! 

frequently asked questions

Some of the major elements of techno-commercial assessment are:

  • Techno-economic Assessment
  • Techno-commercial Feasibility
  • Estimating Quality and Quantity
  • Process Configuration
  • Gap Assessment
  • Monetization Strategies
  • Plans and Deployments

We start by foreseeing any significant changes in the industry, followed by a detailed analysis of key industry trends and exponential technologies. The next steps in the process are technology landscaping & deep diving, market & regulation assessment, technology road-mapping & future planning, and creating an opportunity radar framework.

Some of the major steps include:

  • Partner/Supplier Collaboration & M&A Support
  • Technology Adoption
  • Technology Licensing or Commercialization
  • Technology Benchmarking
  • Due Diligence
  • Technology Implementation Ecosystem

Here are the steps used for strategic positioning:

  • Solution Scouting and Benchmarking
  • Technology, Market, and Business Model Evaluation
  • Innovation Pipeline Development
  • Partner & Supplier Identification & Assessment
  • Competitive Positioning
  • Customer Analysis

At IEBS, we start with a detailed impact analysis which is followed by a quick run-through of major collaborations or agreements. After that, it includes steps like innovation product outlook, checking technology readiness level and market readiness level with technology licensing being the last step.

Here are the steps involved in the process of supply chain transformation:

  • Integrated Business Planning
  • Customer Collaboration and Fulfillment
  • Distribution and Logistics Transformation
  • Product Innovation and Product Life Cycle Management

View All FAQ’s

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