Heliogen · conference-presentation
Heliogen | Investor Day Presentation Deck | 80 slides
80 pages · 0 arc beats · 0 loops
Heliogen | Investor Day Presentation Deck | 80 slides
Heliogen · 2022-10 arc beats above · slides in the middle · loops below · scroll → 0 LOOPS
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Deck intelligence map
1 coverage by narrative range · generated from this deck JSON
Narrative range 80 total
Metadata
Components
Metrics
Tools
Frameworks
Beats
Loops
Whole deck 80 slides 100% 80/80 slides 100% 80/80 slides · 392 hits — 0/80 slides
42.5% 34/80 slides · 40 hits 28.7% 23/80 slides — 0/80 slides
— 0/80 slides
Slide inventory
80 every slide · same image gating as the playbook
04
The slide uses a visual metaphor of a globe with renewable energy icons to represent the global shift.frame_situation
08
The slide uses a visual metaphor of the technology integrated into an existing industrial landscape to demonstrate the 'on-site' nature of the solution.establish_context
09
The slide serves as a visual proof point for the company's manufacturing capabilities.establish_context
10
The slide uses a visual diagram to explain the technical mechanism of the H.O.S. system.present_solution
13
The map uses DNI (Direct Normal Irradiation) data from Solargis to identify target markets.size_opportunity
14
The slide uses a logo-grid layout to establish credibility through association with major industrial and government entities.establish_context
15
The slide emphasizes both leadership experience and workforce scale.introduce_nominees
16
The slide uses visual evidence (photos) to support the claim of autonomous differentiation.present_solution
18
Includes logos of previous employers: Land Rover, BMW, Mini, Royal Air Force, SpaceX.introduce_nominees
19
The slide uses a three-column layout to categorize operational status into prototyping, manufacturing, and supply chain, with a legend at the bottom linking icosummarize
20
Uses a before-and-after framing to demonstrate progress in manufacturing and field operations.illustrate_case
21
The slide contrasts current production readiness with future goals, highlighting a shift from performance/reliability to cost reduction.present_solution
25
The slide lists various testing methodologies (mechanical, static/dynamic, hail, UV, corrosion, inspection, optical) and provides a visual example of hail impacillustrate_case
26
Includes photographic evidence of field operations and accelerated wear testing.illustrate_case
28
Slide highlights organizational credibility through logos of past employers and professional certifications.establish_context
29
The slide uses a layered architecture diagram to show functional modules (circles) sitting on top of a platform foundation.present_solution
30
The slide is split into two main categories: Cost/DFM tools (left) and Compliance/Risk tools (right).present_solution
31
Includes a Cost of Change vs Ability to Change curve and three normal distribution charts showing yield improvement.present_framework
34
Uses a before-after framing to show growth in manufacturing capabilities and project throughput.present_solution
35
The slide uses a process flow diagram to show a feedback loop between inspection and manufacturing.present_framework
36
The slide outlines a 1-year design cycle using 2-week sprints.plan_implementation
37
Includes a screenshot of a command-line interface for cleaning cycle specifications and scatter plots of heliostat field layouts.present_framework
38
The slide uses a 'before-after' or 'problem-solution' visual structure where current field photos are mapped to future conceptual designs.plan_implementation
41
The slide uses a process flow diagram to show the evolution of manufacturing capabilities from May 2021 to Sept 2022.present_framework
42
Slide 42 of a presentation by Leon Parkhouse & Mick White for Heliogen.present_solution
43
Shows a progression from design layout to simulation to execution, with a before/after comparison of production line balancing.present_framework
49
The chart shows a stacked bar breakdown of energy sources (Coal, Oil & Gas, Renewables, Electricity, Purchased Steam) across six industrial sectors.size_opportunity
50
Uses a nested circle diagram to show market segmentation and sizing.size_opportunity
51
The chart uses a waterfall-like logic to show how different factors contribute to the reduction of the total cost over time.quantify_opportunity
53
Includes logos of previous employers: NRG, InterGen, BrightSource.introduce_nominees
54
The slide uses a DNI map to highlight target regions and imagery of mining operations and carbon reduction to illustrate the target sector.establish_context
55
The slide uses a dual-chart layout to contrast total energy usage with non-electric energy usage, segmented by primary operating country.compare_peers
56
Case study slide highlighting a partnership between Heliogen and Rio Tinto.illustrate_case
57
The slide uses a staircase-style process diagram to illustrate the customer development lifecycle.present_framework
59
The slide uses a combination of map visualizations and a UI screenshot to demonstrate the app's functionality.present_solution
60
The slide displays a summary table alongside a screenshot of a web-based modeling tool interface.analyze_data
63
The slide uses a stacked bar visual to represent the additive nature of the ITC credits.quantify_opportunity
67
The slide uses a grid layout to categorize team capabilities across five domains: Systems Engineering, Simulation, Solar Field Systems, Process & Power Systems,other
68
The slide connects team composition to technical product roadmap and cost reduction.other
69
The slide uses a list-based framework to categorize software capabilities.present_framework
70
The diagram uses a layered approach to show how different products (HelioHeat, HelioPower, HelioFuel) build upon the same core infrastructure.present_solution
71
The diagram illustrates the process flow from the solar field (DSGR) to the customer, including day/night thermal storage cycles.present_solution
73
The slide illustrates a technical process flow for solar thermal energy storage and power generation.present_solution
74
The slide uses a 'What' vs 'Why' framework to justify technical design choices.present_solution
75
Includes a photo of the physical hardware, an isometric technical drawing, and a scale comparison diagram.present_solution
76
The slide uses a process flow diagram to show the components of the power block.present_solution
78
The diagram illustrates a process flow for high-temperature material processing using solar thermal energy.present_solution
79
The slide outlines a technical process flow for SAF production and the strategic goals of the partnership.present_solution