2026年全球能源行业趋势报告（英）

1EnergyIndustryTrend

ReportImagine

havingtheworld’s

innovation,

high-growthcompanies,andemergingtechnologiesatyour

fingertips.That’swhatwe

offer

atStartUs

Insights.From

Startup

Scouting

to

TechnologyDiscovery

and

TrendIntelligence,

get

ahead

withinstant

access

to

7M+

Startups

&

Scaleupsglobally

alongside

20K+

emerging

technologies.Our

AI-

poweredDiscoveryPlatform

and

Services

enable

you

to

engage

with

promising

startups,

technologies

and

trends,

rather

than

searching

for

them.

Get

precise,

AI-enhanced

insights,

driving

informed,

confident

decisionsthatfuture-proofyour

businessandfoster

strategicgrowth.1500+

industry

giants

such

as

Samsung,

Nestlé,

and

Magna

spearhead

industry

trends,

optimize

operations,anduncovernewmarketopportunities

witheasethankstoStartUsInsights’unmatched

innovation

intelligencetools.DiscoverGlobalInnovationat

YourFingertips5Innovation

Map:

Energy14Microgrids7Tree

Map:

Energy15Blockchain9Heat

Map:

Energy16Energy-as-a-Service

(EaaS)10Green

Hydrogen17Nuclear

Power11Cybersecurity18Advanced

Energy

Storage12AI

Integration19Grid

Resilience13Internet

of

Energy20AppendixCONTENTS

Covering

over

7

million

startups

&

scaleups

globally,

we

use

ourBig

Data

andAI-powered

Discovery

Platform

to

iden-

tify

innovative

applications,

technologies,

and

companies

impacting

theEnergyIndustry.

This

exhaustive,

data-driven

startupscoutingpinpoints

emergingtrends

andtechnolo-

gies

in

the

Energy

Industry.

For

this

research,

we

analyzed

a

sampleof9035startupsandscaleupsand

presenttheTop

10

Trends

alongwith

20

highly

relevant

solutions.

In

the

Innovation

Map

below,

you

get

an

overview

ofthe

Top10Energy

IndustryTrends

&

Innovationsthat

impactcompaniesworldwide.

The

energy

industry

is

embracing

innovation

to

enhanceefficiency,security,andsustainability.Greenhydrogen,

AI-powered

optimization,

advanced

energy

storage,

microg-

rids,

nuclear

power,

andgrid

resilience

are

some

ofthe

most

criticaltrends

impactingthe

energy

sector.InnovationMap:EnergyIndustryEnergyIndustryGridResilienceAdvancedEnergy

StorageEnergy-as-a-ServiceBlockchainNuclearPowerMicrogridsInternetofEnergyCybersecurityGreenHydrogenAIIntegrationStartups&emergingcompaniesanalyzed9035TreeMapreveals

theImpact

ofthe

Top

10EnergyIndustry

Trends

TheTree

Map

below

illustratesthe

majorenergydevelop-

ments.Growing

investments

in

microgridsandgrid

resilience

supportsustainability,whichisalsodrivenbygreenhydrogen

and

advanced

energy

storage.

Blockchain,

IoT,

and

AI

integration

improve

security

and

efficiency,whileenergy-as-a-serviceand

nuclear

powertrans-

form

how

energy

is

produced

and

used.67Microgrids12%Nuclear

Power6%Advanced

Energy

Storage5%Grid

Resilience

2

%Internet

of

Energy12%Blockchain11%Energy-as-a-Service7%Top

10EnergyIndustry

Trends&InnovationsGreen

Hydrogen18%Cybersecurity14%AI

Integration13%

Thistreemapillustratesthetop10innovationtrends&theirimpactontheEnergyIndustryGlobal

StartupHeatMap

covers9035Energy

Startups&

Scaleups

The

Global

Startup

Heat

Map

showcases

the

distribution

of

9035

exemplary

startups

and

scaleups

analyzed

using

the

StartUs

Insights

Discovery

Platform.

It

highlights

high

startup

activity

in

Germany

and

France,followed

bythe

US

&the

UK.

From

these,20promisingenergystartupsarefeatured

below,

selected

based

on

factors

like

founding

year,

location,

andfunding.8

Greenhydrogenisrapidlyemergingasacrucialelementin

the

energy

industry’s

transition

towards

sustainability.

Since

greenhydrogeniscreated

fromrenewableenergysources

like

solar

and

wind,

itproducesno

carbon

emissions

–un-

like

gray

and

blue

hydrogen.

In

industries

where

electrifica-

tion

alone

is

inadequate,

like

powergeneration,

heavy

indus-

tries,

and

transportation,

green

hydrogen

is

becoming

more

popular.

Norwegian

startupElement

One

Energy

develops

high-ef-

ficiency

electrolyzers

and

fuel

cell

systems

to

accelerate

the

adoption

of

greenhydrogen.

This

technologyproduceshy-

drogen

at

high

pressurewithoutthe

needfor

extra

compres-

sion

by

utilizing

proton

exchange

membrane

(PEM)

electrol-ysis.

Thisboostsenergyefficiencyandcutsexpenses.The

technology

is

integrable

into

energy

storage,

mobility,and

in-

dustrial

applications

dueto

its

small

size.

It

reducesthe

need

for

gas

treatment

and

yields

high-purity

hydrogen

as

well

as

high-pressure

oxygen

as

avaluable

by-product.The

startup’s

fuel

cell

systems

support

clean

powergeneration,which

con-

verts

hydrogen

into

electricity.

It

enables

a

shift

toward

car-

bon-freeenergyandindustrialdecarbonization.

ElementOneEnergy

makes

hydrogen

afeasible

energy

carrier

by

develop-ingafordableand

scalable

hydrogen

solutions.

Norwegian

startup

SORENHYDROGEN

createsastrong

digital

planning

tool

to

expedite

the

net-zero

transition

and

green

hydrogen

projects.

The

platform

expedites

project

de-

velopment

and

enables

stakeholders

to

make

well-informed

decisionsquickly

through

theintegrationof

financialmod-

eling,

resource

evaluation,

and

data

analytics.

The

platform

integrates

various

components

—

such

as

wind,

solar,

pow-

er

purchase

agreements

(PPA),

grid,

electrolyzers,

balance

of

plant(BoP),andstoragesizing.Thisoptimizeslevelizedcostof

hydrogen

(LCOH)

using

top-tier

proton

exchange

membrane

(PEM)

and

alkalinewater

electrolysis

(AWE)

electrolyzers.The

tool’s

intuitive

interface

makes

scenario

analysis

easier

andoptimizes

project

parameters

to

increase

cost-efectiveness

and

energy

efficiency.

It

enables

enterprises

to

adopt

green

hydrogen

solutions

by

oferingthorough

insights

into

renew-

able

hydrogen

production.

SOREN

HYDROGEN’s

digital

plan-

ningtoolacceleratestheadoptionof

greenhydrogenwiththe

helpofelectrification,increasedenergyefficiency,thedeploy-ment

ofrenewable

energy

sources,andfull

decarbonization.GreenHydrogen本报告来源于三个皮匠报告站（）,由用户Id:349461下载,文档Id:998801,下载日期:2025-12-2610Cybersecurity

Theenergysectorismorevulnerabletocyberthreatssuch

as

ransomware,

data

breaches,

and

operational

disruptions

duetolegacysystemsandgrowingdigitization.Theenergyin-

dustry

uses

cloud

security,

blockchain-poweredtransactions,

AI-driven

threat

detection,

and

zero-trust

architecture

(ZTA)

toreducerisks.Thesetechnologiesallowforquickerdeci-sion-makingwhile

increasing

efficiency,

safety,

cost

efective-ness,and

transparency.

Australian

startupCell

Cyber

develops

advanced

cyberse-

curity

technologies

to

aid

organizations

mitigate

cyber

risks

and

strengthen

digitalresilience.Itcombinespredictivecy-

bersecurity,

real-time

threat

monitoring,

and

customized

se-

curity

training

to

proactively

combat

changing

cyberthreats.

ItsAI-poweredthreatintelligencesolutionenablescompanies

toreactquickly

tocyberattacksbydetectingvulnerabilities

before

exploitation.

The

startup

improves

defenses

against

advanced

cyberattacks,

ransomware,

and

phishing

by

incor-

poratingautomated

security

monitoring,

penetrationtesting,

and

ongoing

risk

assessment.

Its

security

training

programs

provide

organizations

with

the

necessary

skills

to

recognize,

stop,andreacttothreatstoassureahuman-centricdefensive

strategy.CellCyberenablesbusinessestoprotectvitalassets,uphold

compliance,

and

construct

a

strong

digital

infrastruc-

turebyemphasizingproactiveprotection,automation,and

adaptability.

US-based

startup

Cyware

creates

cyber

fusion

solutionsthatassistenterprisesinadvancingsecurityoperationsbycombiningautomatedthreatresponse,collaboration,

and

threat

intelligence

sharing.

Its

platform

enables

security

pro-fessionalstoconnectdiferentsecuritydata,proactivelyblockthreats,andspeed

up

responsetimes,which

lessens

the

burdenofrepetitiveactivities.

Thisallowsbusinesses,gov-

ernment

organizations,managed

security

serviceproviders

(MSSPs),

and

information

sharing

and

analysis

center

(ISAC)/

ISAOs

communities

to

work

together

more

efectively

in

real

time

bysimplifyingthe

intake,correlation,and

distribution

of

threat

intelligence.

Cyware’s

automated

threat

response

and

orchestration

allows

organizations

to

reduce

the

amount

ofmanualinterventionrequiredtocontainsecurity

incidents

whichenhancesproductivity,

decision-making,

and

overall

resilience.

The

startupimprovessecurity

visibilityandcon-

trol

while

fortifying

defenses

against

changing

cyberthreats.

By

automating

reaction

activities

and

operationalizing

threat

intelligence.11

The

energy

sector

faces

challenges

like

demand

luctua-

tions,

inefficient

grids,

and

manual

labor.

AI

integration

op-

timizes

energy

distribution

and

consumption

by

addressing

these

problems.AI-driven

autonomous

energy

management

systems(EMS),smartgrids,anddigitaltwinsenhanceefficien-cy,

sustainability,

and

cost-efectiveness.

These

technologies

enable

real-time

monitoring,

predictive

maintenance,

and

automated

energytradingto

reduce

downtime

and

resource

wastage.

Additionally,

digital

twins

create

virtual

replicas

of

energy

infrastructurefor

optimizing

performance

and

ensur-

inggrid

reliability.

FrenchstartupDEAPVISION

developsAI-powered

Health,

Safety,and

Environment(HSE)softwaretoautomateindustri-

alworklowsandenhanceoperationalsafety.TheAI-HSEplat-

form

ensures

adherenceto

international

safety

standards

by

utilizingdigitaltechnologyandAItoidentifysafetyinfractions,

send

out

real-time

notifications,

and

predict

possible

risks.

It

allows

organizationsto

monitor

environmental

impact,

man-

age

regulatory

compliance,

and

optimize

safety

practices

by

integrating

modern

data

analytics.The

cloud-based

platform

centralizes

HSE

data

and

provides

risk

assessment

tools

and

predictive

insights

to

minimize

wasted

time,

decrease

risks,andenhancedecision-making.Itenables

organizations

toincreaseoperationalefficiencyand

improveworkersafety

by

reducing

human

error

and

expediting

incident

reporting.

DEAPVISION’sautomatedsolutionsaid

businessesinincreas-

ing

productivity

and

revenuethroughastute,

data-driven

safety

management

by

lowering

liabilities

and

guaranteeing

workplace

sustainability. Indianstartup

BharatFlow

Analytics

ofersadvancedpipe-

linemonitoringandinspectionsolutions

for

theenergysector,

utilizing

non-intrusivetechnologiestoenhance

pipelineinteg-rity.

Itssolutions,iPTranandiLDS,employenhancedpressure

transient

technology

integrated

withAI

and

the

industrial

in-

ternetof

things(IIoT)todeliver

real-timeinsightsinto

pipelineconditions.These

devices

determine

the

amount

ofwax

and

debris

buildup,

identify

leaks

quickly,andevaluatethegener-

al

condition

of

the

pipeline.

Bharat

Flow

Analytics

increases

productivity

whilecuttingdownonmaintenanceexpenses

and

downtime

compared

to

conventional

intrusive

monitor-ingtechniques.The

system

aids

energyfirmsto

preservethe

integrity

of

pipeline

infrastructure

through

obstruction

pre-vention,

low

rate

optimization,

and

adherence

to

safety

andenvironmental

laws.AIIntegration12automatedcontrolandremoteaccess.The

technologyen-hances

load

balancing

and

grid

stability

by

enabling

smooth

coordination

between

several

renewable

assets.

The

startup

providescompaniesmore

insight

into

asset

performance,

which

aidsthem

in

meeting

sustainabilitytargets

and

cuttingexpenses.

South

KoreanstartupCONPORTLAB

ofersPORTA

IoT

EV

Charger

Link,

a

comprehensive

EV

charger

management

solution.

It

provides

real-time

monitoring,

predictive

mainte-

nance,

and

energy

optimization

for

electric

vehicle

charginginfrastructure.

TheplatforminterfaceswithEVchargersto

provideautomaticdiagnostics,usage

statistics,

and

intelli-

gent

load

balancing

to

improve

charging

efficiency

and

low-

er

energy

costs.

It

facilitates

user

administration,

automated

problem

detection,

and

remote

monitoring

of

charging

sta-

tions

byutilizingcloud-basedanalyticsforleetoperatorsand

charging

network

providers.Thesystemoptimizes

powerdis-

tribution

and

schedules

smart

charging

sessions,

improving

gridstability

by

maximizing

uptimeand

performance

reliabili-

ty.

PORTA

IoT

EV

Charger

Link’s

integrated

access

control

and

automated

payment

features

improve

user

experience

and

expedite

processes.structure,

unpredictable

energy

demand,

and

grid

inefficien-

cies.The

internet

ofenergy

leverages

IoT

sensors,

smart

me-

ters,andcloud-basedanalyticstofacilitateautomatedenergymanagement,predictivemaintenance,andreal-timemoni-

toring.

These

technologies

optimize

energy

distribution

andminimizewaste,which,

inturn,

increasesefficiency,transpar-

ency,

and

cost

savings.

IoE

ensures

safe,

data-driven

energy

automationandtradingthroughtheintegrationofblockchainand

AI,

resulting

in

a

strong,

intelligent,

and

lexible

energy

ecosystem

that

facilitates

the

global

switch

to

renewable

en-

ergy

sources.

UK-based

startup

ivBOT

provides

an

integrated

platform

formanagingandoptimizingrenewableenergyassetssuchas

solar,

wind,

green

hydrogen,

and

battery

storage.

Its

Central

Monitoring

System

(CMS)

compiles

assetperformance

data

into

a

single

dashboard

whileprovidingreal-time

analytics,

insights

into

predictive

maintenance,

and

tools

for

efficiency

improvement.

The

platform’s

AI-driven

algorithms

minimize

energy

losses

and

increase

production

by

identifying

ineffi-

ciencies,

anticipating

maintenance

requirements,

and

im-

proving

overall

system

efficiency.ivBOTreducesdowntime

and

simplifies

operations

for

energy

companies

by

oferingInternet

ofEnergy

The

energy

sector

faces

challenges

from

outdated

infra-13Microgrids

Microgridsprovidelocalized,

independent

energy

solu-

tionsthatimproveresilience

by

reducingdependence

on

centralized

electricity.

Powered

by

renewable

energy,

battery

storage,

and

intelligent

energy

management

systems,

micro-

gridssupportsecureenergytransactions,predictive

main-

tenance,

and

real-time

monitoring

using

blockchain,

AI,

and

more.

Microgridsensureasteadysupplyofelectricityand

im-

provedecision-makingbyloweringcosts,increasingtranspar-

ency,

and

optimizing

energy

distribution.

Microgrids

improve

safety,dependability,andcustomersatisfaction

by

managing

heavy

loadswith

little

human

involvement.

US-based

startupDirect

Energy

Partners

develops

DCIDE,

anadvancedmicrogriddesignsoftwarethatsimplifiestheengineering

and

deployment

of

ultra-efficient

decentralizedmicrogrids.

Itofersa

quickmicrogriddesign

framework,

andautomateddesign

ruleverificationto

ensure

compo-

nentcompatibilityandadherenceto

DC

microgridstandards.

DCIDEsignificantlylowers

thesoftcostsofmicrogridengi-

neering,

planning,and

procurement

bysimplifyingthedesign

process.

The

platform

incorporates

real-time

modeling

tools

toimprovegridresilience,optimize

electricity

distribution,

and

assess

system

performance.

Its

intelligent

configurationcapabilities

enable

companiesto

create

sustainable,

scalable

energy

networks

that

optimize

the

use

of

renewable

energy

sourceswhile

reducingsystem

losses.

Direct

Energy

Partners’

productsensurelong-termenergystability,costefectiveness,

and

sustainability

for

industrial

and

commercial

applications

by

promotingthe

deployment

ofdecentralized

microgrids.

ChinesestartupElecod

createsintegratedmicrogrid

multi-energy

systems

to

maximize

the

distribution

of

energy

in

diferent

industries.

Its

technology

combines

energy

stor-

age

devices,

sophisticated

controlalgorithms,and

renewableenergy

sources

toprovidestrongandefectivemicrogrids.

The

system’s

smooth

integration

of

solar,

wind,

and

battery

ensures

storage

power

delivery,

which

balances

energy

sup-

ply

and

demand.

The

platform’s

predictive

analytics

and

re-al-time

monitoring

improve

operational

efectivenessand

lessen

dependencyonconventional

powergrids.Elecod’s

modulararchitectureaidscommunitiesandbusinessestoim-

plement

scalable

microgrids

that

meet

their

energy

require-

ments.

Itstechnologies

ofer

afordable

and

environmentallyfriendly

energy

substitutes

by

supporting

demand-side

man-

agement,

peak

shaving,

andgrid

stability.14Blockchain

Theenergy

industryfaceschallenges

like

lackoftranspar-

ency,

inefficiencies

in

energy

trading,

and

grid

security

risks.

Blockchain

technology

solves

these

problems

through

smart

contracts,

real-time

traceability,

and

safe,

peer-to-peer

(P2P)energy

transfers.By

integrating

tokenized

carbon

credits,

peer-to-peer

energy

trading,andtamper-proofrecords,blockchain

boostssus-

tainability,

lowers

costs,and

increases

efficiency.Direct

tradingbetweenenergyprovidersandcustomersis

made

possible

by

its

optimization

ofgrid

management,fraud

reduction,anddata

quality.Blockchain

speedsup

proce-dures,improves

security,and

creates

a

transparent,efective,

and

resilientenergy

networkwithautomated,trustlesstrans-

actionswhile

removing

intermediaries.

Swiss

startupC4E

provides

blockchaintechnologyforthe

energy

sector,

enabling

safe

and

open

exchangesbetween

grid

operators,

producers,

and

consumers.

Its

decentralized

ledgertechnologyfacilitates

peer-to-peer

energytrade,

auto-

mates

contract

execution

through

smart

contracts,

and

en-

sures

data

integrity.

The

platform

expedites

compliance

andverification

procedures

by

facilitating

grid

lexibility,

carboncredittracking,andenergy

certificate

digitization.

C4E

im-

proves

energy

transaction

visibility

and

trustbycombining

blockchain

technology

with

smart

metering

and

IoT

devices.

Thesystemfacilitatesdecentralized

renewable

energy

ex-

changes,

minimizes

inefficiencies,

and

optimizestrading

pro-ceduresforenergymarketparticipants.Itslexibleframeworksupports

a

wide

range

of

energy

assets,

from

small-scale

so-

lar

generators

to

large

utilities,

promoting

an

open

andjust

energy

economy.

UAEbasedstartup

Solareum

developsaLayer1block-

chain

platform

dedicated

to

green

energy

initiatives,

provid-

ing

a

secure

and

scalable

foundation

for

tokenizing

renew-

able

energyassets.

Its

blockchain

platformallows

businesses

and

individualsto

invest

in

renewableenergywhile

maintain-ing

responsibility

duetothetransparent,

decentralizedtrade

ofenergy

credits.The

platform

incorporates

smart

contracts

byautomatingenergy

transfersandremovingmiddlemen,

which

lowersadministrativeexpenses.Solareum’secosystem

facilitates

the

tracking

and

verification

of

renewable

energy

generation

with

real-time

transparency

into

sustainable

en-

ergy

projects.15energy

networks

inan

uninterrupted

manner,

improvinggrid

stability

by

incorporating

smartgrid

connectivity.

Itsfocus

on

sustainability

aids

with

worldwide

decarbonization

initiativesby

ofering

afordable,

renewable

energy

options.

Indonesianstartup360energy

allowscustomerstouse

renewable

energy

solutions

without

incurring

large

upfront

expenses

by

providing

a

pay-as-you-go

(PAYGO)

subscription

model

for

energy

access.

Its

platform

combines

data

analyt-

ics,

mobile

payments,

and

smart

metering

to

ofer

a

range

of

lexible

energy

consumption

options.

The

technology

im-

provesthe

accessibility

and

cost

ofsustainable

energy

by

en-

abling

users

to

pay

for

energy

according

to

usage.

The

PAY-

GO

concept

is

beneficial

in

areaswheretraditional

electricity

availability

is

restricted

in

underserved

communities.

360en-

ergy’s

technology

ensures

a

smooth

customer

experience

by

enablingautomatic

invoicingand

remote

monitoring

ofener-

gy

consumption.Thesystem

provides

communitiesaccessto

sustainable

energy

options

by

facilitating

the

installation

of

mini-grids,

solar

household

systems,

and

battery

storage

de-

vices.

It

improves

demand

forecasting

and

energy

efficiency

bythe

platform’s

integration

of

IoT

connections.costs,

inefficientenergy

management,and

complexinfra-structuremaintenance.Energy-as-a-servicetackles

these

issues

by

improving

demand

response

and

smart

grid

opti-

mizationaswellasdeliveringsubscription-basedenergysolu-tions.

EaaS

providers

use

IoT,

cloud

analytics,

and

predictive

maintenance

to

maximize

energy

use,

minimize

waste,

andcutexpenses.Thisstrategy

increasesefficiencyand

transpar-

ency

for

businesses

through

lexible,

pay-as-you-use

energy

solutions.

SwissstartupnextE

providesadvancedenergygeneration

solutions

to

enhance

efficiency,

reliability,

and

sustainabilityacross

diverse

applications.

It

ofers

solar,

wind,

and

hybrid

power

systems

for

commercial,

residential,

and

industri-al

applications.NextEminimizes

environmental

efects

and

maximizes

energy

output

through

the

use

ofadvanced

engi-

neeringand

materials.Thestartup’sscalable

modular

energy

solutions

allow

consumers

toincrease

their

generationca-

pacity

as

demand

increases.

Its

predictive

maintenance

and

real-time

monitoringfeatures

maximizesystem

performance

byminimizingdowntime

andguaranteeing

long-term

effi-

ciency.

The

startup

enables

communication

with

distributedEnergy-as-a-Service

Theenergyindustryfaces

challenges

like

high

upfront16NuclearPower

Growing

electricity

demand,

carbon

emissions,

and

grid

dependabilityissuesarecriticalchallengesfortheenergysec-

tor.Inresponse,

advancementsin

fusion

technology,

small

modularreactors(SMRs),andmoltensaltreactorsareen-

hancing

the

safety,

scalability,

and

economic

viability

of

nu-

clear

power,

reinforcing

its

role

as

a

reliable,

low-carbon

en-

ergysource.Whencombinedwith

renewableenergy,

nuclearfusion,SMRs,andmoltensaltreactors

increasesustainability,

lower

operational

risks,

and

boost

efficiency

for

a

balanced

grid.

Optimizing

reactor

performancewithAI-driven

monitor-

ing,

automation,

and

predictive

maintenancefurther

increas-es

safety,

lowers

costs,and

ensurestransparency.

FrenchstartupCalogena

createssustainable

heatingsolu-

tions

by

employing

small

modular

reactor

(SMR)

technology

tocreatenuclearheatgeneratorswithzerocarbonemissions.Its

30

MW

thermal

water